00:01
The side length of a cube of uranium that's placed in heavy water, deuterium oxide.
00:05
So i'm going to make a list of all the data i was given about each.
00:09
So i'm going to start with uranium.
00:13
With the uranium, i was told, i don't know the mass, but i was told the density.
00:21
It's 19 .05 grams in every cubic centimeter.
00:29
I am not told the volume.
00:31
I am told the specific key capacity is 0 .117 joules.
00:36
Per gram degrees celsius.
00:39
I am told the initial temperature is 200 degrees celsius.
00:43
I am told the final temperature is 28 .5 degrees celsius, which means the change in temperature is going to be negative 171 .5 degrees celsius.
00:55
I am told about the deuterium oxide, which i'm just going to from now on refer to that as do.
01:07
I do not know the mass of it.
01:09
I am told the density is 1 .11 grams per milliliter.
01:14
I am told the volume i used is 1 liter, which would be 1 .00 times 10 to the third milliliters.
01:24
I am told the specific heat capacity is 4 .211 joules per gram degree celsius.
01:33
The initial temperature is 25 .5 degrees celsius.
01:37
The final temperature is 28 .5 degrees celsius.
01:43
And the change in temperature is 3 degrees celsius.
01:46
Now the first thing i'm going to do for the deuterium oxide is i'm going to figure out the mass of it...
