Question

A vy UI mass 45 g is at a temperature of 32 L. Find the rise in temperature of
the body if 270 calories heat is supplied to the body. Specific heat of the body is
0.5 cal/g-°C. Assume no loss of heat.
7.
A body of mass 25 g is at a temperature of 27° C. Find the Specific heat of the
body if the final temperature of the body is changed to 52° C due to supply of
250 calories heat is supplied to the body.
8.
A body of mass 40 g is at a temperature of 35° C. Find the Specific heat of the
body if the final temperature of the body is changed to 50° C due to supply of
180 calories heat is supplied to the body.
The fall in temperature of a liquid of mass 80 g is 15 C. Find the heat lost by the
liquid if the specific heat of the liquid is 0.15 cal/- °C.
10
Find the rise in temperature of a substance of mass 45 g if the heat supplied to
the liquid is 216 calories. Given the specific heat of the substance is 0-4 cal/g.
If 792 calories heat is released from a substance of mass 66 g. Find the
temperature fall in the substance Specific heat of the substance is 0.6 calc
ir 384 calories heat is released from a substance of mass 20 Find the
temperature fal
ture fall in the substance Specific heat of the substance is os cal/​

Answer 1

Answer:

The temperature change, along with the specific heat and mass of the ... The density of water is 1.0 g/mL, so 425 mL of water = 425 g.

Explanation:

The temperature change, along with the specific heat and mass of the ... The density of water is 1.0 g/mL, so 425 mL of water = 425 g.

Answer 2

Answer:

It's really a good question of calorimetry.

Explanation:

By the formula Q is equal to Ms delta t. And q is equal to ML where am as mass and l is the latent heat of fusion.