00:01
Hi, so to solve for this we will equate the amount of heat lost and the amount of heat gained.
00:06
So the metal will lose some amount of heat, so we heat lost by metal.
00:13
It is equivalent to the heat gained by water and we also have heat gained by calorimeter, which is my right tile.
00:24
And this will be negative mass, specific heat, change in temperature.
00:28
This is for metal.
00:31
This will be positive mass, specific heat, change in temperature per h2o.
00:35
And then c, cal, and then the change in temperature.
00:40
And we're calculating for the specific heat capacity of the metal.
00:46
So let's rearrange this.
00:47
Specific heat capacity of metal is equivalent to positive mass, specific heat, change in temperature for water.
00:55
And then c, cal, change in temperature divided by negative mass, and then change in temperature.
01:07
This is for the metal.
01:10
So plugging in the information that we have, we'll have 48 .348 grams multiplied by 4 .184...