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OpenStudy (anonymous):
OpenStudy (anonymous):
@austinL
OpenStudy (anonymous):
No duh @gypsy1274 I am just confused as to how to do ittttt
OpenStudy (austinl):
We have two distinct shapes.
A triangular prism, and a rectangular prism.
\[V_{t.prism} = (\frac{1}{2}b h)\times l\]
\[V_{r.prism} = l\times w\times h\]
\[V_{total} = V_{t.prism} + V_{r.prism}\]
OpenStudy (anonymous):
Yush I knur the distinct shapes thing I'm just struggling bcuz i'm not sure as to how to do ittttt....
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OpenStudy (austinl):
I just gave you two formulas to calculate it.
\[V_{t.prism} = (\frac{1}{2}bh)\times l\]
b=22
h=10
l=15
\[V_{r.prism} = l \times w \times h\]
l=15
w=22
h=12
OpenStudy (anonymous):
So half the base then times height?
OpenStudy (austinl):
Then multiplied by length.
OpenStudy (anonymous):
so 110 and 3960?
OpenStudy (anonymous):
1650 & 3960?
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OpenStudy (austinl):
Right, now you add them together to get the total volume!
OpenStudy (anonymous):
Otays can you help on the other one??
OpenStudy (austinl):
I can sure try!
OpenStudy (austinl):
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OpenStudy (austinl):
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