00:01
Hello, so the coefficient of linear expansion is given by the changing length divided by the original length times the changing temperature.
00:16
So i got everything in there.
00:22
So this centimeters, this is also centimeters.
00:27
So if you put in the values, you're going to get this as a coefficient of linear expansion, okay? 5 .0 6 times 10 to negative 7 per degree celsius.
00:41
The relationship between coefficient of volume expansion and linear, so the volume recalls 3 times the linear, okay? we're giving the linear and the question just multiply by 3.
00:57
You get this value right here.
01:02
So for this question, i have an amount of heat being supplied to water.
01:07
So it's just energy conservation.
01:10
Okay, so the heat is going to be absorbed by the water.
01:17
So you can say the heat last is equal to the heat gain.
01:21
So, yeah.
01:23
And of course, it's going to be changing temperature for the water.
01:26
So, and this is the formula.
01:30
And then 4 ,200 is a constant...