MULTIPLE CHOICE QUESTIONS (OBJECTIVE TYPE) TEST ON:  geom.txt<br>You can see the answers and your score at the bottom.<form type='text' method='POST'><label for ='fromno'>Enter from no</label><Input type = 'textarea' name = 'fromno' value = 1 ><u>Maximum</u>:49<Input type = 'submit' name = 'submitb' method='POST' value = 'submit' /><div style='overflow:scroll'><form type='text' method='POST'    ><table border='4'><tr><td bgcolor='#dddddd'></td></tr><tr><td><font color='green'>1:   A set of all points in a plane that are equidistant from a given point in the plane, we can call <br></font><Input type='radio' name = 'rd[1]' value = a`circle ><label for = a`circle >a`circle </label><Input type='radio' name = 'rd[1]' value = b`parallelogram ><label for = b`parallelogram >b`parallelogram </label><Input type='radio' name = 'rd[1]' value = c`elipse ><label for = c`elipse >c`elipse </label><Input type='radio' name = 'rd[1]' value = d`none ><label for = d`none >d`none </label>"<font color='red'>--->answer:"  e`a.</font></td></tr><tr><td><font color='green'>2:   Which of the following are true about parallel lines?  <br></font><Input type='radio' name = 'rd[2]' value = a`they never meet ><label for = a`they never meet >a`they never meet </label><Input type='radio' name = 'rd[2]' value = b`they are equidistant to one another ><label for = b`they are equidistant to one another >b`they are equidistant to one another </label><Input type='radio' name = 'rd[2]' value = c`both ><label for = c`both >c`both </label><Input type='radio' name = 'rd[2]' value = d`none ><label for = d`none >d`none </label>"<font color='red'>--->answer:"  e`c.</font></td></tr><tr><td><font color='green'>3:   A polygon is <br></font><Input type='radio' name = 'rd[3]' value = a`2D ><label for = a`2D >a`2D </label><Input type='radio' name = 'rd[3]' value = b`3D ><label for = b`3D >b`3D </label><Input type='radio' name = 'rd[3]' value = c`multi-dimensional ><label for = c`multi-dimensional >c`multi-dimensional </label><Input type='radio' name = 'rd[3]' value = d`none ><label for = d`none >d`none </label>"<font color='red'>--->answer:"  e`a.</font></td></tr><tr><td><font color='green'>4:   Polyhedrons have <br></font><Input type='radio' name = 'rd[4]' value = a`two dimensions ><label for = a`two dimensions >a`two dimensions </label><Input type='radio' name = 'rd[4]' value = b`3 dimensions ><label for = b`3 dimensions >b`3 dimensions </label><Input type='radio' name = 'rd[4]' value = c`multi-dimensions ><label for = c`multi-dimensions >c`multi-dimensions </label><Input type='radio' name = 'rd[4]' value = d`none ><label for = d`none >d`none </label>"<font color='red'>--->answer:"  e`b.</font></td></tr><tr><td><font color='green'>5:   2pi-r measures ___ of a circle.  <br></font><Input type='radio' name = 'rd[5]' value = a`area ><label for = a`area >a`area </label><Input type='radio' name = 'rd[5]' value = b`circumference ><label for = b`circumference >b`circumference </label><Input type='radio' name = 'rd[5]' value = c`diameter ><label for = c`diameter >c`diameter </label><Input type='radio' name = 'rd[5]' value = d`tangent ><label for = d`tangent >d`tangent </label>"<font color='red'>--->answer:"  e`b.</font></td></tr><tr><td><font color='green'>6:   An obtuse angled triangle cannot have more than ___ obtuse angles.  <br></font><Input type='radio' name = 'rd[6]' value = a`one ><label for = a`one >a`one </label><Input type='radio' name = 'rd[6]' value = b`two ><label for = b`two >b`two </label><Input type='radio' name = 'rd[6]' value = c`three ><label for = c`three >c`three </label><Input type='radio' name = 'rd[6]' value = d`none ><label for = d`none >d`none </label>"<font color='red'>--->answer:"  e`a.  Two obtuse angles means, the total will exceed 180 degrees.</font></td></tr><tr><td><font color='green'>7:   Pi*d measures the ___ of a circle.  <br></font><Input type='radio' name = 'rd[7]' value = a`radius ><label for = a`radius >a`radius </label><Input type='radio' name = 'rd[7]' value = b`circumference ><label for = b`circumference >b`circumference </label><Input type='radio' name = 'rd[7]' value = c`area ><label for = c`area >c`area </label><Input type='radio' name = 'rd[7]' value = d`area of a sector ><label for = d`area of a sector >d`area of a sector </label>"<font color='red'>--->answer:"  e`b.  This is equal to 2pi*r</font></td></tr><tr><td><font color='green'>8:   2Pi*rsquare measures ___ of a circle.  <br></font><Input type='radio' name = 'rd[8]' value = a`radius ><label for = a`radius >a`radius </label><Input type='radio' name = 'rd[8]' value = b`circumference ><label for = b`circumference >b`circumference </label><Input type='radio' name = 'rd[8]' value = c`area ><label for = c`area >c`area </label><Input type='radio' name = 'rd[8]' value = d`area of a sector ><label for = d`area of a sector >d`area of a sector </label>"<font color='red'>--->answer:"  e`c.</font></td></tr><tr><td><font color='green'>9:   Two angles whose sum measures 90 degrees become <br></font><Input type='radio' name = 'rd[9]' value = a`complementary ><label for = a`complementary >a`complementary </label><Input type='radio' name = 'rd[9]' value = b`supplementary ><label for = b`supplementary >b`supplementary </label><Input type='radio' name = 'rd[9]' value = c`obtuse ><label for = c`obtuse >c`obtuse </label><Input type='radio' name = 'rd[9]' value = d`none ><label for = d`none >d`none </label>"<font color='red'>--->answer:"  e`a.</font></td></tr><tr><td><font color='green'>10:   Two angles whose sum measures 180 degrees become <br></font><Input type='radio' name = 'rd[10]' value = a`complementary ><label for = a`complementary >a`complementary </label><Input type='radio' name = 'rd[10]' value = b`supplementary ><label for = b`supplementary >b`supplementary </label><Input type='radio' name = 'rd[10]' value = c`obtuse ><label for = c`obtuse >c`obtuse </label><Input type='radio' name = 'rd[10]' value = d`none ><label for = d`none >d`none </label>"<font color='red'>--->answer:"  e`b.</font></td></tr><tr><td><font color='green'>11:   A polygon which has at least one side bent inwards becomes a/an <br></font><Input type='radio' name = 'rd[11]' value = a`concave polygon ><label for = a`concave polygon >a`concave polygon </label><Input type='radio' name = 'rd[11]' value = b`convex polygon ><label for = b`convex polygon >b`convex polygon </label><Input type='radio' name = 'rd[11]' value = c`dodecagon ><label for = c`dodecagon >c`dodecagon </label><Input type='radio' name = 'rd[11]' value = d`regular polygon ><label for = d`regular polygon >d`regular polygon </label>"<font color='red'>--->answer:"  e`a.</font></td></tr><tr><td><font color='green'>12:   Circles that share the same center become <br></font><Input type='radio' name = 'rd[12]' value = a`concentric circles ><label for = a`concentric circles >a`concentric circles </label><Input type='radio' name = 'rd[12]' value = b`congruent circles ><label for = b`congruent circles >b`congruent circles </label><Input type='radio' name = 'rd[12]' value = c`tangent circles ><label for = c`tangent circles >c`tangent circles </label><Input type='radio' name = 'rd[12]' value = d`none ><label for = d`none >d`none </label>"<font color='red'>--->answer:"  e`a.</font></td></tr><tr><td><font color='green'>13:   Pythagorean theorem is concerned about <br></font><Input type='radio' name = 'rd[13]' value = a`circles ><label for = a`circles >a`circles </label><Input type='radio' name = 'rd[13]' value = b`rectangles ><label for = b`rectangles >b`rectangles </label><Input type='radio' name = 'rd[13]' value = c`orbits ><label for = c`orbits >c`orbits </label><Input type='radio' name = 'rd[13]' value = d`triangles ><label for = d`triangles >d`triangles </label>"<font color='red'>--->answer:"  e`d.</font></td></tr><tr><td><font color='green'>14:   A cube has ___ sides.  <br></font><Input type='radio' name = 'rd[14]' value = a`4 ><label for = a`4 >a`4 </label><Input type='radio' name = 'rd[14]' value = b`6 ><label for = b`6 >b`6 </label><Input type='radio' name = 'rd[14]' value = c`8 ><label for = c`8 >c`8 </label><Input type='radio' name = 'rd[14]' value = d`no limit ><label for = d`no limit >d`no limit </label>"<font color='red'>--->answer:"  e`b.</font></td></tr><tr><td><font color='green'>15:   The sum of all the angles of a hexagon is <br></font><Input type='radio' name = 'rd[15]' value = a`360 degrees ><label for = a`360 degrees >a`360 degrees </label><Input type='radio' name = 'rd[15]' value = b`720 degrees ><label for = b`720 degrees >b`720 degrees </label><Input type='radio' name = 'rd[15]' value = c`900 degrees ><label for = c`900 degrees >c`900 degrees </label><Input type='radio' name = 'rd[15]' value = d`540 degrees ><label for = d`540 degrees >d`540 degrees </label>"<font color='red'>--->answer:"  e`b.</font></td></tr><tr><td><font color='green'>16:   a quadrilateral that has all four sides congruent can be <br></font><Input type='radio' name = 'rd[16]' value = a`rhombus ><label for = a`rhombus >a`rhombus </label><Input type='radio' name = 'rd[16]' value = b`square ><label for = b`square >b`square </label><Input type='radio' name = 'rd[16]' value = c`any one ><label for = c`any one >c`any one </label><Input type='radio' name = 'rd[16]' value = d`none ><label for = d`none >d`none </label>"<font color='red'>--->answer:"  e`c.</font></td></tr><tr><td><font color='green'>17:   A triangle with all three sides unequal is <br></font><Input type='radio' name = 'rd[17]' value = a`scalene ><label for = a`scalene >a`scalene </label><Input type='radio' name = 'rd[17]' value = b`equilateral ><label for = b`equilateral >b`equilateral </label><Input type='radio' name = 'rd[17]' value = c`acute angled ><label for = c`acute angled >c`acute angled </label><Input type='radio' name = 'rd[17]' value = d`none ><label for = d`none >d`none </label>"<font color='red'>--->answer:"  e`a.</font></td></tr><tr><td><font color='green'>18:   Essential condition for similarity of two geometric figures <br></font><Input type='radio' name = 'rd[18]' value = a`congruence of corresponding angles ><label for = a`congruence of corresponding angles >a`congruence of corresponding angles </label><Input type='radio' name = 'rd[18]' value = b`congruence of corresponding sides ><label for = b`congruence of corresponding sides >b`congruence of corresponding sides </label><Input type='radio' name = 'rd[18]' value = c`proporionality of corresponding sides ><label for = c`proporionality of corresponding sides >c`proporionality of corresponding sides </label><Input type='radio' name = 'rd[18]' value = d`at least a and c ><label for = d`at least a and c >d`at least a and c </label>"<font color='red'>--->answer:"  e`d.</font></td></tr><tr><td><font color='green'>19:   Opposite / hypotenuse of a right angled triangle, gives us ___.  <br></font><Input type='radio' name = 'rd[19]' value = a`cos ><label for = a`cos >a`cos </label><Input type='radio' name = 'rd[19]' value = b`sine ><label for = b`sine >b`sine </label><Input type='radio' name = 'rd[19]' value = c`tan ><label for = c`tan >c`tan </label><Input type='radio' name = 'rd[19]' value = d`none ><label for = d`none >d`none </label>"<font color='red'>--->answer:"  e`b.</font></td></tr><tr><td><font color='green'>20:   Opposite / adjacent of a right angled triangle, gives us ___.  <br></font><Input type='radio' name = 'rd[20]' value = a`cos ><label for = a`cos >a`cos </label><Input type='radio' name = 'rd[20]' value = b`sine ><label for = b`sine >b`sine </label><Input type='radio' name = 'rd[20]' value = c`tan ><label for = c`tan >c`tan </label><Input type='radio' name = 'rd[20]' value = d`none ><label for = d`none >d`none </label>"<font color='red'>--->answer:"  e`c.</font></td></tr><tr><td><font color='green'>21:   Adjacent / hypotenuse of a right angled triangle, gives us ___.  <br></font><Input type='radio' name = 'rd[21]' value = a`cos ><label for = a`cos >a`cos </label><Input type='radio' name = 'rd[21]' value = b`sine ><label for = b`sine >b`sine </label><Input type='radio' name = 'rd[21]' value = c`tan ><label for = c`tan >c`tan </label><Input type='radio' name = 'rd[21]' value = d`none ><label for = d`none >d`none </label>"<font color='red'>--->answer:"  e`a.</font></td></tr><tr><td><font color='green'>22:   Point where two sides of a polygon meet is <br></font><Input type='radio' name = 'rd[22]' value = a`base ><label for = a`base >a`base </label><Input type='radio' name = 'rd[22]' value = b`apex ><label for = b`apex >b`apex </label><Input type='radio' name = 'rd[22]' value = c`vertex ><label for = c`vertex >c`vertex </label><Input type='radio' name = 'rd[22]' value = d`facet ><label for = d`facet >d`facet </label>"<font color='red'>--->answer:"  e`c.</font></td></tr><tr><td><font color='green'>23:   An icosahedron has ___ equilateral triangular faces.  <br></font><Input type='radio' name = 'rd[23]' value = a`5 ><label for = a`5 >a`5 </label><Input type='radio' name = 'rd[23]' value = b`10 ><label for = b`10 >b`10 </label><Input type='radio' name = 'rd[23]' value = c`15 ><label for = c`15 >c`15 </label><Input type='radio' name = 'rd[23]' value = d`20 ><label for = d`20 >d`20 </label>"<font color='red'>--->answer:"  e`d.</font></td></tr><tr><td><font color='green'>24:   Venn diagroms use <br></font><Input type='radio' name = 'rd[24]' value = a`circles ><label for = a`circles >a`circles </label><Input type='radio' name = 'rd[24]' value = b`squares ><label for = b`squares >b`squares </label><Input type='radio' name = 'rd[24]' value = c`triangles ><label for = c`triangles >c`triangles </label><Input type='radio' name = 'rd[24]' value = d`all ><label for = d`all >d`all </label>"<font color='red'>--->answer:"  e`a.</font></td></tr><tr><td><font color='green'>25:   An isosceles triangle must have at least two ___ equal.  <br></font><Input type='radio' name = 'rd[25]' value = a`angles ><label for = a`angles >a`angles </label><Input type='radio' name = 'rd[25]' value = b`sides ><label for = b`sides >b`sides </label><Input type='radio' name = 'rd[25]' value = c`automatically angles and sides ><label for = c`automatically angles and sides >c`automatically angles and sides </label><Input type='radio' name = 'rd[25]' value = d`none ><label for = d`none >d`none </label>"<font color='red'>--->answer:"  e`c.</font></td></tr><tr><td><font color='green'>26:   A statement that can be proved is <br></font><Input type='radio' name = 'rd[26]' value = a`hypothesis ><label for = a`hypothesis >a`hypothesis </label><Input type='radio' name = 'rd[26]' value = b`postulate ><label for = b`postulate >b`postulate </label><Input type='radio' name = 'rd[26]' value = c`theorem ><label for = c`theorem >c`theorem </label><Input type='radio' name = 'rd[26]' value = d`conclusion ><label for = d`conclusion >d`conclusion </label>"<font color='red'>--->answer:"  e`c.</font></td></tr><tr><td><font color='green'>27:   A quadrilateral with exactly one pair of parallel sides becomes <br></font><Input type='radio' name = 'rd[27]' value = a`rhombus ><label for = a`rhombus >a`rhombus </label><Input type='radio' name = 'rd[27]' value = b`parallelogram ><label for = b`parallelogram >b`parallelogram </label><Input type='radio' name = 'rd[27]' value = c`trapezium ><label for = c`trapezium >c`trapezium </label><Input type='radio' name = 'rd[27]' value = d`trapezoid ><label for = d`trapezoid >d`trapezoid </label>"<font color='red'>--->answer:"  e`d.</font></td></tr><tr><td><font color='green'>28:   A quadrilateral with un-parallel opposite sides congruent is a/an : <br></font><Input type='radio' name = 'rd[28]' value = a`congruent parallelogram ><label for = a`congruent parallelogram >a`congruent parallelogram </label><Input type='radio' name = 'rd[28]' value = b`isosceles trapezoid ><label for = b`isosceles trapezoid >b`isosceles trapezoid </label><Input type='radio' name = 'rd[28]' value = c`isosceles parallelogram ><label for = c`isosceles parallelogram >c`isosceles parallelogram </label><Input type='radio' name = 'rd[28]' value = d`congruent trapezoid ><label for = d`congruent trapezoid >d`congruent trapezoid </label>"<font color='red'>--->answer:"  e`b.</font></td></tr><tr><td><font color='green'>29:   Earth is an oblate spheroid compressed along the polar axis and bulging slightly around the equator.  In other words it is: <br></font><Input type='radio' name = 'rd[29]' value = a`trapezoid ><label for = a`trapezoid >a`trapezoid </label><Input type='radio' name = 'rd[29]' value = b`ellipsoid ><label for = b`ellipsoid >b`ellipsoid </label><Input type='radio' name = 'rd[29]' value = c`android ><label for = c`android >c`android </label><Input type='radio' name = 'rd[29]' value = d`centroid ><label for = d`centroid >d`centroid </label>"<font color='red'>--->answer:"  e`b.</font></td></tr><tr><td><font color='green'>30:   Sides of a polygon that share an endpoint are: <br></font><Input type='radio' name = 'rd[30]' value = a`congruent sides ><label for = a`congruent sides >a`congruent sides </label><Input type='radio' name = 'rd[30]' value = b`complementary sides ><label for = b`complementary sides >b`complementary sides </label><Input type='radio' name = 'rd[30]' value = c`consecutive sides ><label for = c`consecutive sides >c`consecutive sides </label><Input type='radio' name = 'rd[30]' value = d`collinear ><label for = d`collinear >d`collinear </label>"<font color='red'>--->answer:"  e`c.</font></td></tr><tr><td><font color='green'>31:   The boundary of a 3-D figure is its <br></font><Input type='radio' name = 'rd[31]' value = a`perimeter ><label for = a`perimeter >a`perimeter </label><Input type='radio' name = 'rd[31]' value = b`nadir ><label for = b`nadir >b`nadir </label><Input type='radio' name = 'rd[31]' value = c`apex ><label for = c`apex >c`apex </label><Input type='radio' name = 'rd[31]' value = d`surface ><label for = d`surface >d`surface </label>"<font color='red'>--->answer:"  e`d.</font></td></tr><tr><td><font color='green'>32:   Find the oddman out: <br></font><Input type='radio' name = 'rd[32]' value = a`quadrangle ><label for = a`quadrangle >a`quadrangle </label><Input type='radio' name = 'rd[32]' value = b`quadrilateral ><label for = b`quadrilateral >b`quadrilateral </label><Input type='radio' name = 'rd[32]' value = c`tetragram ><label for = c`tetragram >c`tetragram </label><Input type='radio' name = 'rd[32]' value = d`tetragon ><label for = d`tetragon >d`tetragon </label>"<font color='red'>--->answer:"  e`d.</font></td></tr><tr><td><font color='green'>33:   A quadrilateral whose four vertices lie on a circle is a <br></font><Input type='radio' name = 'rd[33]' value = a`cyclogon ><label for = a`cyclogon >a`cyclogon </label><Input type='radio' name = 'rd[33]' value = b`cycloid ><label for = b`cycloid >b`cycloid </label><Input type='radio' name = 'rd[33]' value = c`cyclic quadrilateral ><label for = c`cyclic quadrilateral >c`cyclic quadrilateral </label><Input type='radio' name = 'rd[33]' value = d`none ><label for = d`none >d`none </label>"<font color='red'>--->answer:"  e`c.</font></td></tr><tr><td><font color='green'>34:   A diagonal in a polygon should link <br></font><Input type='radio' name = 'rd[34]' value = a`two consecutive vertices ><label for = a`two consecutive vertices >a`two consecutive vertices </label><Input type='radio' name = 'rd[34]' value = b`two non-consecutive vertices ><label for = b`two non-consecutive vertices >b`two non-consecutive vertices </label><Input type='radio' name = 'rd[34]' value = c`more than two consecutive vertices ><label for = c`more than two consecutive vertices >c`more than two consecutive vertices </label><Input type='radio' name = 'rd[34]' value = d`more than two non-consecutive vertices ><label for = d`more than two non-consecutive vertices >d`more than two non-consecutive vertices </label>"<font color='red'>--->answer:"  e`b.</font></td></tr><tr><td><font color='green'>35:   A regular geometrical arrangement of points over an area or in space is: <br></font><Input type='radio' name = 'rd[35]' value = a`graph ><label for = a`graph >a`graph </label><Input type='radio' name = 'rd[35]' value = b`lattice ><label for = b`lattice >b`lattice </label><Input type='radio' name = 'rd[35]' value = c`vertex ><label for = c`vertex >c`vertex </label><Input type='radio' name = 'rd[35]' value = d`vignette ><label for = d`vignette >d`vignette </label>"<font color='red'>--->answer:"  e`b.</font></td></tr><tr><td><font color='green'>36:   The segment connecting the vertex of an angle in a triangle to the midpoint of the side opposite it is <br></font><Input type='radio' name = 'rd[36]' value = a`height ><label for = a`height >a`height </label><Input type='radio' name = 'rd[36]' value = b`altitude ><label for = b`altitude >b`altitude </label><Input type='radio' name = 'rd[36]' value = c`hypotenuse ><label for = c`hypotenuse >c`hypotenuse </label><Input type='radio' name = 'rd[36]' value = d`median ><label for = d`median >d`median </label>"<font color='red'>--->answer:"  e`d.</font></td></tr><tr><td><font color='green'>37:   Solid geometry studies figures in ___ dimensional space. <br></font><Input type='radio' name = 'rd[37]' value = a`uni ><label for = a`uni >a`uni </label><Input type='radio' name = 'rd[37]' value = b`two ><label for = b`two >b`two </label><Input type='radio' name = 'rd[37]' value = c`three ><label for = c`three >c`three </label><Input type='radio' name = 'rd[37]' value = d`multi ><label for = d`multi >d`multi </label>"<font color='red'>--->answer:"  e`c.</font></td></tr><tr><td><font color='green'>38:   A line that intersects a circle at two points is ___ to the circle.  <br></font><Input type='radio' name = 'rd[38]' value = a`secant ><label for = a`secant >a`secant </label><Input type='radio' name = 'rd[38]' value = b`sextant ><label for = b`sextant >b`sextant </label><Input type='radio' name = 'rd[38]' value = c`tangent ><label for = c`tangent >c`tangent </label><Input type='radio' name = 'rd[38]' value = d`none ><label for = d`none >d`none </label>"<font color='red'>--->answer:"  e`a.</font></td></tr><tr><td><font color='green'>39:   The intersection point of the three altitudes of a triangle is <br></font><Input type='radio' name = 'rd[39]' value = a`epi-center
><label for = a`epi-center
>a`epi-center
</label><Input type='radio' name = 'rd[39]' value = b`metacenter ><label for = b`metacenter >b`metacenter </label><Input type='radio' name = 'rd[39]' value = c`orthocenter ><label for = c`orthocenter >c`orthocenter </label><Input type='radio' name = 'rd[39]' value = d`none ><label for = d`none >d`none </label>"<font color='red'>--->answer:"  e`c.</font></td></tr><tr><td><font color='green'>40:   A polyhedron having for its base a polygon and for faces triangles with a common vertex is <br></font><Input type='radio' name = 'rd[40]' value = a`cone ><label for = a`cone >a`cone </label><Input type='radio' name = 'rd[40]' value = b`octahedron ><label for = b`octahedron >b`octahedron </label><Input type='radio' name = 'rd[40]' value = c`pyramid ><label for = c`pyramid >c`pyramid </label><Input type='radio' name = 'rd[40]' value = d`none ><label for = d`none >d`none </label>"<font color='red'>--->answer:"  e`c.</font></td></tr><tr><td><font color='green'>41:   The sum of angles of a pentagon is ___ degrees. <br></font><Input type='radio' name = 'rd[41]' value = a`450 ><label for = a`450 >a`450 </label><Input type='radio' name = 'rd[41]' value = b`540 ><label for = b`540 >b`540 </label><Input type='radio' name = 'rd[41]' value = c`630 ><label for = c`630 >c`630 </label><Input type='radio' name = 'rd[41]' value = d`720 ><label for = d`720 >d`720 </label>"<font color='red'>--->answer:"  e`b.</font></td></tr><tr><td><font color='green'>42:   An congruent pentagon (equilateral pentagon) has five vertices, each measuring ___ degrees.  <br></font><Input type='radio' name = 'rd[42]' value = a`90 ><label for = a`90 >a`90 </label><Input type='radio' name = 'rd[42]' value = b`108 ><label for = b`108 >b`108 </label><Input type='radio' name = 'rd[42]' value = c`120 ><label for = c`120 >c`120 </label><Input type='radio' name = 'rd[42]' value = d`none ><label for = d`none >d`none </label>"<font color='red'>--->answer:"  e`b.  Total 540 degrees divided by five.</font></td></tr><tr><td><font color='green'>43:   Which of the following is a Pythagorean triple?  <br></font><Input type='radio' name = 'rd[43]' value = a`2,3,4 ><label for = a`2,3,4 >a`2,3,4 </label><Input type='radio' name = 'rd[43]' value = b`3,4,5 ><label for = b`3,4,5 >b`3,4,5 </label><Input type='radio' name = 'rd[43]' value = c`4,5,6 ><label for = c`4,5,6 >c`4,5,6 </label><Input type='radio' name = 'rd[43]' value = d`5,6,7 ><label for = d`5,6,7 >d`5,6,7 </label>"<font color='red'>--->answer:"  e`b. 9+16 = 25 ie three square plus four square = five square.</font></td></tr><tr><td><font color='green'>44:   The sum of angles in ___ work out to 360 degrees.  <br></font><Input type='radio' name = 'rd[44]' value = a`rhombus ><label for = a`rhombus >a`rhombus </label><Input type='radio' name = 'rd[44]' value = b`trapezoid ><label for = b`trapezoid >b`trapezoid </label><Input type='radio' name = 'rd[44]' value = c`trapezium ><label for = c`trapezium >c`trapezium </label><Input type='radio' name = 'rd[44]' value = d`all ><label for = d`all >d`all </label>"<font color='red'>--->answer:"  e`d.</font></td></tr><tr><td><font color='green'>45:   Two numbers , when multiplied, give a product of 1.  The numbers are <br></font><Input type='radio' name = 'rd[45]' value = a`perfect numbers ><label for = a`perfect numbers >a`perfect numbers </label><Input type='radio' name = 'rd[45]' value = b`imperfect numbers ><label for = b`imperfect numbers >b`imperfect numbers </label><Input type='radio' name = 'rd[45]' value = c`rational numbers ><label for = c`rational numbers >c`rational numbers </label><Input type='radio' name = 'rd[45]' value = d`reciprocal numbers ><label for = d`reciprocal numbers >d`reciprocal numbers </label>"<font color='red'>--->answer:"  e`d.</font></td></tr><tr><td><font color='green'>46:   A rhombus is a <br></font><Input type='radio' name = 'rd[46]' value = a`regular polygon ><label for = a`regular polygon >a`regular polygon </label><Input type='radio' name = 'rd[46]' value = b`congruent sided polygon ><label for = b`congruent sided polygon >b`congruent sided polygon </label><Input type='radio' name = 'rd[46]' value = c`tetragon ><label for = c`tetragon >c`tetragon </label><Input type='radio' name = 'rd[46]' value = d`b and c ><label for = d`b and c >d`b and c </label>"<font color='red'>--->answer:"  e`d.</font></td></tr><tr><td><font color='green'>47:   Each face of a tetrahedron comes with ___ sides. <br></font><Input type='radio' name = 'rd[47]' value = a`three ><label for = a`three >a`three </label><Input type='radio' name = 'rd[47]' value = b`four ><label for = b`four >b`four </label><Input type='radio' name = 'rd[47]' value = c`five ><label for = c`five >c`five </label><Input type='radio' name = 'rd[47]' value = d`six ><label for = d`six >d`six </label>"<font color='red'>--->answer:"  e`a.</font></td></tr><tr><td><font color='green'>48:   A triangular prism can have <br></font><Input type='radio' name = 'rd[48]' value = a`two parallelograms and three triangles ><label for = a`two parallelograms and three triangles >a`two parallelograms and three triangles </label><Input type='radio' name = 'rd[48]' value = b`two triangles and three parallelograms ><label for = b`two triangles and three parallelograms >b`two triangles and three parallelograms </label><Input type='radio' name = 'rd[48]' value = c`two parallelograms and two triangles ><label for = c`two parallelograms and two triangles >c`two parallelograms and two triangles </label><Input type='radio' name = 'rd[48]' value = d`three parallelograms and three triangles ><label for = d`three parallelograms and three triangles >d`three parallelograms and three triangles </label>"<font color='red'>--->answer:"  e`b.</font></td></tr><tr><td><font color='green'>49:   The number of cubic units needed to occupy a given space is <br></font><Input type='radio' name = 'rd[49]' value = a`area ><label for = a`area >a`area </label><Input type='radio' name = 'rd[49]' value = b`volume ><label for = b`volume >b`volume </label><Input type='radio' name = 'rd[49]' value = c`total surface area ><label for = c`total surface area >c`total surface area </label><Input type='radio' name = 'rd[49]' value = d`inner surface area ><label for = d`inner surface area >d`inner surface area </label>"<font color='red'>--->answer:"  e`b.</font></td></tr><tr><td><font color='green'>50: <br></font><Input type='radio' name = 'rd[50]' value = ><label for = ></label><Input type='radio' name = 'rd[50]' value = ><label for = ></label><Input type='radio' name = 'rd[50]' value = ><label for = ></label><Input type='radio' name = 'rd[50]' value = ><label for = ></label>"<font color='red'>--->answer:"  

</font></td></tr><tr><td><font color='green'>51: <br></font><Input type='radio' name = 'rd[51]' value = ><label for = ></label><Input type='radio' name = 'rd[51]' value = ><label for = ></label><Input type='radio' name = 'rd[51]' value = ><label for = ></label><Input type='radio' name = 'rd[51]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>52: <br></font><Input type='radio' name = 'rd[52]' value = ><label for = ></label><Input type='radio' name = 'rd[52]' value = ><label for = ></label><Input type='radio' name = 'rd[52]' value = ><label for = ></label><Input type='radio' name = 'rd[52]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>53: <br></font><Input type='radio' name = 'rd[53]' value = ><label for = ></label><Input type='radio' name = 'rd[53]' value = ><label for = ></label><Input type='radio' name = 'rd[53]' value = ><label for = ></label><Input type='radio' name = 'rd[53]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>54: <br></font><Input type='radio' name = 'rd[54]' value = ><label for = ></label><Input type='radio' name = 'rd[54]' value = ><label for = ></label><Input type='radio' name = 'rd[54]' value = ><label for = ></label><Input type='radio' name = 'rd[54]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>55: <br></font><Input type='radio' name = 'rd[55]' value = ><label for = ></label><Input type='radio' name = 'rd[55]' value = ><label for = ></label><Input type='radio' name = 'rd[55]' value = ><label for = ></label><Input type='radio' name = 'rd[55]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>56: <br></font><Input type='radio' name = 'rd[56]' value = ><label for = ></label><Input type='radio' name = 'rd[56]' value = ><label for = ></label><Input type='radio' name = 'rd[56]' value = ><label for = ></label><Input type='radio' name = 'rd[56]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>57: <br></font><Input type='radio' name = 'rd[57]' value = ><label for = ></label><Input type='radio' name = 'rd[57]' value = ><label for = ></label><Input type='radio' name = 'rd[57]' value = ><label for = ></label><Input type='radio' name = 'rd[57]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>58: <br></font><Input type='radio' name = 'rd[58]' value = ><label for = ></label><Input type='radio' name = 'rd[58]' value = ><label for = ></label><Input type='radio' name = 'rd[58]' value = ><label for = ></label><Input type='radio' name = 'rd[58]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>59: <br></font><Input type='radio' name = 'rd[59]' value = ><label for = ></label><Input type='radio' name = 'rd[59]' value = ><label for = ></label><Input type='radio' name = 'rd[59]' value = ><label for = ></label><Input type='radio' name = 'rd[59]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>60: <br></font><Input type='radio' name = 'rd[60]' value = ><label for = ></label><Input type='radio' name = 'rd[60]' value = ><label for = ></label><Input type='radio' name = 'rd[60]' value = ><label for = ></label><Input type='radio' name = 'rd[60]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>61: <br></font><Input type='radio' name = 'rd[61]' value = ><label for = ></label><Input type='radio' name = 'rd[61]' value = ><label for = ></label><Input type='radio' name = 'rd[61]' value = ><label for = ></label><Input type='radio' name = 'rd[61]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>62: <br></font><Input type='radio' name = 'rd[62]' value = ><label for = ></label><Input type='radio' name = 'rd[62]' value = ><label for = ></label><Input type='radio' name = 'rd[62]' value = ><label for = ></label><Input type='radio' name = 'rd[62]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>63: <br></font><Input type='radio' name = 'rd[63]' value = ><label for = ></label><Input type='radio' name = 'rd[63]' value = ><label for = ></label><Input type='radio' name = 'rd[63]' value = ><label for = ></label><Input type='radio' name = 'rd[63]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>64: <br></font><Input type='radio' name = 'rd[64]' value = ><label for = ></label><Input type='radio' name = 'rd[64]' value = ><label for = ></label><Input type='radio' name = 'rd[64]' value = ><label for = ></label><Input type='radio' name = 'rd[64]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>65: <br></font><Input type='radio' name = 'rd[65]' value = ><label for = ></label><Input type='radio' name = 'rd[65]' value = ><label for = ></label><Input type='radio' name = 'rd[65]' value = ><label for = ></label><Input type='radio' name = 'rd[65]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>66: <br></font><Input type='radio' name = 'rd[66]' value = ><label for = ></label><Input type='radio' name = 'rd[66]' value = ><label for = ></label><Input type='radio' name = 'rd[66]' value = ><label for = ></label><Input type='radio' name = 'rd[66]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>67: <br></font><Input type='radio' name = 'rd[67]' value = ><label for = ></label><Input type='radio' name = 'rd[67]' value = ><label for = ></label><Input type='radio' name = 'rd[67]' value = ><label for = ></label><Input type='radio' name = 'rd[67]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>68: <br></font><Input type='radio' name = 'rd[68]' value = ><label for = ></label><Input type='radio' name = 'rd[68]' value = ><label for = ></label><Input type='radio' name = 'rd[68]' value = ><label for = ></label><Input type='radio' name = 'rd[68]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>69: <br></font><Input type='radio' name = 'rd[69]' value = ><label for = ></label><Input type='radio' name = 'rd[69]' value = ><label for = ></label><Input type='radio' name = 'rd[69]' value = ><label for = ></label><Input type='radio' name = 'rd[69]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>70: <br></font><Input type='radio' name = 'rd[70]' value = ><label for = ></label><Input type='radio' name = 'rd[70]' value = ><label for = ></label><Input type='radio' name = 'rd[70]' value = ><label for = ></label><Input type='radio' name = 'rd[70]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>71: <br></font><Input type='radio' name = 'rd[71]' value = ><label for = ></label><Input type='radio' name = 'rd[71]' value = ><label for = ></label><Input type='radio' name = 'rd[71]' value = ><label for = ></label><Input type='radio' name = 'rd[71]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>72: <br></font><Input type='radio' name = 'rd[72]' value = ><label for = ></label><Input type='radio' name = 'rd[72]' value = ><label for = ></label><Input type='radio' name = 'rd[72]' value = ><label for = ></label><Input type='radio' name = 'rd[72]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>73: <br></font><Input type='radio' name = 'rd[73]' value = ><label for = ></label><Input type='radio' name = 'rd[73]' value = ><label for = ></label><Input type='radio' name = 'rd[73]' value = ><label for = ></label><Input type='radio' name = 'rd[73]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>74: <br></font><Input type='radio' name = 'rd[74]' value = ><label for = ></label><Input type='radio' name = 'rd[74]' value = ><label for = ></label><Input type='radio' name = 'rd[74]' value = ><label for = ></label><Input type='radio' name = 'rd[74]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>75: <br></font><Input type='radio' name = 'rd[75]' value = ><label for = ></label><Input type='radio' name = 'rd[75]' value = ><label for = ></label><Input type='radio' name = 'rd[75]' value = ><label for = ></label><Input type='radio' name = 'rd[75]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>76: <br></font><Input type='radio' name = 'rd[76]' value = ><label for = ></label><Input type='radio' name = 'rd[76]' value = ><label for = ></label><Input type='radio' name = 'rd[76]' value = ><label for = ></label><Input type='radio' name = 'rd[76]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>77: <br></font><Input type='radio' name = 'rd[77]' value = ><label for = ></label><Input type='radio' name = 'rd[77]' value = ><label for = ></label><Input type='radio' name = 'rd[77]' value = ><label for = ></label><Input type='radio' name = 'rd[77]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>78: <br></font><Input type='radio' name = 'rd[78]' value = ><label for = ></label><Input type='radio' name = 'rd[78]' value = ><label for = ></label><Input type='radio' name = 'rd[78]' value = ><label for = ></label><Input type='radio' name = 'rd[78]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>79: <br></font><Input type='radio' name = 'rd[79]' value = ><label for = ></label><Input type='radio' name = 'rd[79]' value = ><label for = ></label><Input type='radio' name = 'rd[79]' value = ><label for = ></label><Input type='radio' name = 'rd[79]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>80: <br></font><Input type='radio' name = 'rd[80]' value = ><label for = ></label><Input type='radio' name = 'rd[80]' value = ><label for = ></label><Input type='radio' name = 'rd[80]' value = ><label for = ></label><Input type='radio' name = 'rd[80]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>81: <br></font><Input type='radio' name = 'rd[81]' value = ><label for = ></label><Input type='radio' name = 'rd[81]' value = ><label for = ></label><Input type='radio' name = 'rd[81]' value = ><label for = ></label><Input type='radio' name = 'rd[81]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>82: <br></font><Input type='radio' name = 'rd[82]' value = ><label for = ></label><Input type='radio' name = 'rd[82]' value = ><label for = ></label><Input type='radio' name = 'rd[82]' value = ><label for = ></label><Input type='radio' name = 'rd[82]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>83: <br></font><Input type='radio' name = 'rd[83]' value = ><label for = ></label><Input type='radio' name = 'rd[83]' value = ><label for = ></label><Input type='radio' name = 'rd[83]' value = ><label for = ></label><Input type='radio' name = 'rd[83]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>84: <br></font><Input type='radio' name = 'rd[84]' value = ><label for = ></label><Input type='radio' name = 'rd[84]' value = ><label for = ></label><Input type='radio' name = 'rd[84]' value = ><label for = ></label><Input type='radio' name = 'rd[84]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>85: <br></font><Input type='radio' name = 'rd[85]' value = ><label for = ></label><Input type='radio' name = 'rd[85]' value = ><label for = ></label><Input type='radio' name = 'rd[85]' value = ><label for = ></label><Input type='radio' name = 'rd[85]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>86: <br></font><Input type='radio' name = 'rd[86]' value = ><label for = ></label><Input type='radio' name = 'rd[86]' value = ><label for = ></label><Input type='radio' name = 'rd[86]' value = ><label for = ></label><Input type='radio' name = 'rd[86]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>87: <br></font><Input type='radio' name = 'rd[87]' value = ><label for = ></label><Input type='radio' name = 'rd[87]' value = ><label for = ></label><Input type='radio' name = 'rd[87]' value = ><label for = ></label><Input type='radio' name = 'rd[87]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>88: <br></font><Input type='radio' name = 'rd[88]' value = ><label for = ></label><Input type='radio' name = 'rd[88]' value = ><label for = ></label><Input type='radio' name = 'rd[88]' value = ><label for = ></label><Input type='radio' name = 'rd[88]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>89: <br></font><Input type='radio' name = 'rd[89]' value = ><label for = ></label><Input type='radio' name = 'rd[89]' value = ><label for = ></label><Input type='radio' name = 'rd[89]' value = ><label for = ></label><Input type='radio' name = 'rd[89]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>90: <br></font><Input type='radio' name = 'rd[90]' value = ><label for = ></label><Input type='radio' name = 'rd[90]' value = ><label for = ></label><Input type='radio' name = 'rd[90]' value = ><label for = ></label><Input type='radio' name = 'rd[90]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>91: <br></font><Input type='radio' name = 'rd[91]' value = ><label for = ></label><Input type='radio' name = 'rd[91]' value = ><label for = ></label><Input type='radio' name = 'rd[91]' value = ><label for = ></label><Input type='radio' name = 'rd[91]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>92: <br></font><Input type='radio' name = 'rd[92]' value = ><label for = ></label><Input type='radio' name = 'rd[92]' value = ><label for = ></label><Input type='radio' name = 'rd[92]' value = ><label for = ></label><Input type='radio' name = 'rd[92]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>93: <br></font><Input type='radio' name = 'rd[93]' value = ><label for = ></label><Input type='radio' name = 'rd[93]' value = ><label for = ></label><Input type='radio' name = 'rd[93]' value = ><label for = ></label><Input type='radio' name = 'rd[93]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>94: <br></font><Input type='radio' name = 'rd[94]' value = ><label for = ></label><Input type='radio' name = 'rd[94]' value = ><label for = ></label><Input type='radio' name = 'rd[94]' value = ><label for = ></label><Input type='radio' name = 'rd[94]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>95: <br></font><Input type='radio' name = 'rd[95]' value = ><label for = ></label><Input type='radio' name = 'rd[95]' value = ><label for = ></label><Input type='radio' name = 'rd[95]' value = ><label for = ></label><Input type='radio' name = 'rd[95]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>96: <br></font><Input type='radio' name = 'rd[96]' value = ><label for = ></label><Input type='radio' name = 'rd[96]' value = ><label for = ></label><Input type='radio' name = 'rd[96]' value = ><label for = ></label><Input type='radio' name = 'rd[96]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>97: <br></font><Input type='radio' name = 'rd[97]' value = ><label for = ></label><Input type='radio' name = 'rd[97]' value = ><label for = ></label><Input type='radio' name = 'rd[97]' value = ><label for = ></label><Input type='radio' name = 'rd[97]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>98: <br></font><Input type='radio' name = 'rd[98]' value = ><label for = ></label><Input type='radio' name = 'rd[98]' value = ><label for = ></label><Input type='radio' name = 'rd[98]' value = ><label for = ></label><Input type='radio' name = 'rd[98]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>99: <br></font><Input type='radio' name = 'rd[99]' value = ><label for = ></label><Input type='radio' name = 'rd[99]' value = ><label for = ></label><Input type='radio' name = 'rd[99]' value = ><label for = ></label><Input type='radio' name = 'rd[99]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td><font color='green'>100: <br></font><Input type='radio' name = 'rd[100]' value = ><label for = ></label><Input type='radio' name = 'rd[100]' value = ><label for = ></label><Input type='radio' name = 'rd[100]' value = ><label for = ></label><Input type='radio' name = 'rd[100]' value = ><label for = ></label>"<font color='red'>--->answer:"  </font></td></tr><tr><td bgcolor='#ffff44'><Input type = 'submit' name = 'submitb' method='POST' value = 'submit' />'<br>'.<Input type = 'reset' name = 'resetb' method = 'POST' value = 'Reset' /></td></tr></table></form></form></div>Total No. of questions you opted for your test:101<table border='4'><tr><td bgcolor='#abcbca'><br>You have answered in toto 1 questions.<br>Out of these, you have answered, 0 questions correctly.<br>You have scored 0 percent of all the questions in the test.<br>You have scored 0 percent of your attempts.</td></tr></table>