00:01
Here the relation between the energy and change in temperature is e is equal to m c delta t plus lv.
00:14
Here e, m, c, delta t and lv are energy, e is energy, m is mass, c is specific heat and deltat is change in temperature and lv is latent heat of vaporization respectively.
00:30
Now, part a, the relation between mass and the density is m is equal to r0b.
00:39
Here, b is the volume of the flesh and m is the mass of the flesh and r is the density of the flesh.
00:46
Now, convert volume from centimeter cube to meter cube.
00:59
1 .00 centimeter cube is equal to 1 .00 centimeter cube.
01:05
Multiply meter cube 10 to power minus 6 meter cube divided by 1 .00 cm cube we get 10 to power minus 6 meter cube now substitute 1 ,000 kilogram meter cube for row and 10 to power minus 3 10s to power minus 6 meter cube for volume now we have m is equal to row v where row l cube now we can put the value for a thousand kilogram meter cube for row which is thousand kilogram per meter cube and for l it is 1 .00 multiply 10x to power minus 2 meter cube.
01:55
Now we get 10 to power minus 3 kilograms.
02:00
Consider the same heat capacity and latent heat of vaporization of the flesh as that of water.
02:08
Substitute 4 .186 jule kilogram degrees celsius for c and 4c and 2256 it is 418 now substitute 418 jule per kilogram degree celsius 4c and 4c and 2256 it is 418 now substitute 418 jule per kilogram degrees celsius 4 c and 2256 6 multiplied 10 to power 3 joules kilogram for lv.
02:55
Now we get e is equals to dlm c delta t plus lv.
03:07
Now we can foot the values...