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Mathematics 13 Online
Nicole:

http://prntscr.com/iqdtm8

Nicole:

@Shadow @bm717

Shadow:

She isnt helping. I don't know why you tagged her.

bm717:

Awe, @Nicole tagged me even though I don't help HOLD UP SHADOW I DO HELP. I BRING HAPPINESS AND LAUGHTER TO THE TABLE, WATCH YOUR LANGUAGE.

Nicole:

I'm just a nice person.

bm717:

See @Shadow. She's so nice. Learn off her ways (:

Nicole:

LOL

bm717:

He's so cute when he's aggravated.

Shadow:

Basically, repeat the same steps as before, but also solve for the volume. \[SA : V\] \[2(\pi r^2) + (2 \pi r) \times h : \pi r^2 h\]

Nicole:

Confused LOLOL

Nicole:

Whats that?

Shadow:

Formula for surface area of a cylinder : formula for the volume of a cylinder

Nicole:

Ohhh ok

bm717:

No medal.

Shadow:

What?

bm717:

OMG NICOLE IS NICOLEONFLEEK BROOOOOOOOOOO

bm717:

BRO NOBEL PEACE PRIZE WINNER HERE.

bm717:

Oh she ded.

Nicole:

Lmaooo....yea I am

Nicole:

I'm still confused about this question tho

bm717:

@Shadow @Shadow @Shadow @Shadow @Shadow @Shadow @Shadow @Shadow @Shadow

Shadow:

Blondie you can do math too

Shadow:

She's lazy, smh. Give me a min

bm717:

When you're done with that, tag me, because I am so close to a 50

Shadow:

\[\frac{ ((2 \pi r^2) + (2 \pi r) \times h)}{ (\pi r^2 \times h )}\] \[((2 \pi 4^2) + (2 \pi 4) \times 12)/(\pi 4^2 \times 12)\] \[2/3\]

Nicole:

2/3?

Nicole:

So we convert that to a decimal?

Nicole:

@Shadow Would the answer be B?

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