Question

math help

Answer 1

Step by step

Answer 2

I break it down with y

Answer 3

sorry I don't know this stuff btw I do edmentem too

Answer 4

im in middle school

Answer 5

so ik half dis stuff

Answer 6

same

Answer 7

6th grade

Answer 8

:(

Answer 9

ik half dis stuff i helped alot of people today

Answer 10

lets do it 1 by 1

1) a cone with a radi of 12 units and a height of 6 units.
\[ V=\pi r^{2} \frac{h}{3} \]
where
\[ r=12 \]
\[ h=6 \]
that said, we get this:
\[ V=\pi \times 12^{2} \times\frac{6}{3} \]
\[\Large V=??\]

Answer 11

904.8

Answer 12

pls tell me im right

Answer 13

yes but no -- leave it as it is in \( \pi \) form

Answer 14

3.14

Answer 15

lets do it this way

what is \( 12^{2} \times\frac{6}{3} \) ?

Answer 16

288

Answer 17

yes -- that times \( \pi \)

so we get \( 288 \pi \) which is the 1st column

Answer 18

2) a cylinder with a diameter of 12 units and a h of 27 units.
\[ V=\pi r^{2} h \]
where
\[ r= \frac{1}{2} of diameter \Rightarrow 6 \]
\[ h=27 \]
thus:
\[ V=\pi \times 6^{2} \times 27 \]
\[\Large V=??\]

Answer 19

927

Answer 20

i meant 972

Answer 21

dont forget the \( \pi\)

so yes that one belongs to the 2nd column

3) a sphere with a diameter of 12 units
\[ V=\frac{4}{3} \pi r^3 \]
where
\[ r= \frac{1}{2} \text{ of diameter} \Rightarrow 6 \]
thus,
\[ V=\frac{4}{3} \pi \times 6^3 \]
\[\Large V=??\]

Answer 22

288

Answer 23

\( 288 \pi \) correct, so first column

4) a cylinder with a diameter of 8 units and a height of 18 units
\[ V=\pi r^2 \ h \]
where
\[ r= \frac{1}{2} \text{ of diameter} \Rightarrow 4 \]
\[ h=18 \]
thus,
\[ V=\pi \times 4^2 \times 18 \]
\[\Large V=??\]

Answer 24

288

Answer 25

and isnt the next one 972

Answer 26

thank u so much

Answer 27

cone is left -- u do it

Answer 28

the last one

Answer 29

i did

Answer 30

sry lag

Answer 31

288

Answer 32

what? no -- try again

Answer 33

which cone

Answer 34

im talking about the "a cone with a diameter of 18 units and a height of 36 units"

Answer 35

oh yeah 972

Answer 36

mhm well done!

Answer 37

tys