A large diamond with a mass of 4289.6 grams was recently discovered in a mine. If the density of the diamond is 3.51 grams over centimeters cubed, what is the volume? Round your answer to the nearest hundredth.

- Unofficialllyy

- katieb

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- Unofficialllyy

\[3.51\frac{ g }{ cm^3 }\]

- triciaal

|dw:1440362923229:dw|

- Unofficialllyy

So now I have \[3.51\frac{ g }{ cm^3 }=\frac{ 4289.6 }{ volume }\]

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## More answers

- triciaal

Round your answer to the nearest hundredth.
calculate to 3 decimal places. look at the 3rd place if 5 or more add 1 to the 2nd decimal place. if the 3rd decimal place is less than 5 just drop it.

- Unofficialllyy

1221.9 cm^3

- triciaal

correct unit of measure for mass is grams so in the formula the g's will cancel out

- triciaal

read response about rounding

- Unofficialllyy

I'm confused

- anonymous

Here's an equation to help you set up the problem.

- anonymous

|dw:1440363343293:dw|

- anonymous

sorry for the cruddy writing, i'm using my mouse lol

- Unofficialllyy

No worries, now I multiply by 4289.6 on both sides right?

- anonymous

You plug in the values you're given into the equation.

- anonymous

No, you multiply the volume on both sides.

- anonymous

So it'll look like this:

- anonymous

|dw:1440363459131:dw|

- anonymous

Then you divide both sides by 3.51 to get your answer.

- Unofficialllyy

I got it, the answer is 1222.1082621083

- anonymous

Sounds right to me. Remember your units!!

- Unofficialllyy

And the closest to that from my answer choices is 1221.9 cm^3

- anonymous

That sounds like a reasonable answer.

- triciaal

@anitasonia98 all that was already done!!

- anonymous

@triciaal Unofficiallyyyy was confused, so I was clarifying.

- triciaal

you should find out what he/she was confused about.
you are incorrect because the directions said to the nearest hundredth. means to 2 decimal places.
now both of you should review the thread.

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