00:01
Okay, so we are given the relationship between volume and radius as the volume is related to the radius cubed.
00:11
So if we want to figure out how many earths can fit inside of jupiter, so here's earth in blue, average radius, and we will do jupiter in red, that is the average radius of those two bodies.
00:29
So we want to figure out what the volume of each one.
00:32
Is.
00:33
So we just cube that.
00:36
So and for the volume of jupiter, we are going to get 3 .42 times 10 to the 14 kilometers cubed.
01:02
And for earth, we would get 2 .58.
01:08
Volume of earth equals 2 .58 10 to the 11th.
01:20
All you need to do is divide jupiter by earth.
01:25
So literally just put a line under them and divide these two numbers.
01:29
So 3 .42 times 10 to the 14th divided by 2 .58 times 10 to the 11th.
01:38
And you should get that you can fit about 1 ,326 earths inside.
01:51
Of jupiter...