Post-Test Worksheet
Post-Test Worksheet
Post-Test Worksheet
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"===,<br />
<strong>Post</strong>-<strong>Test</strong> <strong>Worksheet</strong><br />
Name:<br />
1. Lily says that the su-rfooe area aHG the volume of the<br />
rectangular prisms at right are the same. Henry says they<br />
are not. Who is correct Show how you know.<br />
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VA -: V~<br />
7<br />
2. The volume of the triangular prism below is 120 cubic units. Solve for x.<br />
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2 10<br />
'/ ,UJ:: 12-0<br />
21 .<br />
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<strong>Post</strong>-<strong>Test</strong> <strong>Worksheet</strong><br />
Name:<br />
5. Find the Volume and Surface Area.<br />
Base is a<br />
semi-circle<br />
12in<br />
8in<br />
20 ::g.t,<br />
3-L, - 5<br />
ia- 16 -2 t<br />
2<br />
V 0 IT'~'~ z: Iq2 JI ~ GO >, L 'Jj<br />
SA<br />
:: JL 'b ', Ti·,-10 ~ 15(0i' ~l.t'to f.kn(<br />
\/ '" q . 5" 18 - J t<br />
3 A 18 :: G It 8 u,,/tl<br />
3<br />
5A :. 2. . 18. 5 +- q ,,~ + 5 . :, , t8 t 1(5". 9 -.3 I<br />
3):: 6"8 ~ 1.Nh}<br />
, ------:--<br />
q<br />
6. Below is a picture of a jumbo pencil that Mr. Molinari won at a carnival. Its main body<br />
is the shape of a hexagonal based prism. If the radius of the pencil is 1 em, and the<br />
lengths are given below, find the volume of his pencil. Organize your work!!<br />
\<br />
\ lcm
<strong>Post</strong>-<strong>Test</strong> <strong>Worksheet</strong><br />
Name:<br />
Find the number of vertices, faces, and edges for the figure.<br />
7. Find the number of vertices, faces, and edges for the figure.<br />
F·' a<br />
V= (j;<br />
t;: \Q<br />
/~,<br />
I<br />
I<br />
I<br />
I<br />
I<br />
I<br />
r<br />
r<br />
I<br />
rl.<br />
"<br />
8. A polyhedron has 6 faces and 7 vertices. How many edges does it have Explain your<br />
answer. (" -, 1- ••• "l E- ~ I<br />
,f;)i" ••• ~-, ' I<br />
\<br />
9. A polyhedron has 9 faces and 21 edges. How many vertices does it have Explain your<br />
answer.<br />
10. Use Euler's Theorem to calculate how many vertices a polyhedron has ifit has 12 faces<br />
and 30 edges.<br />
V::. 2{)<br />
11. Use Euler's Theorem to calculate how many faces a polyhedron has if it has 6 edges and<br />
4 vertices.<br />
12. Use Euler's Theorem to calculate how many edges a polyhedron has if it has 6 faces and<br />
8 vertices.<br />
/<br />
/