Science>Physics>Heat Transfer>Calorimetry

EASY

Earn 100

Calculate the specific latent heat of fusion of a solid if $20 g$ of it requires $8400 J$ of heat energy for melting.

Important Questions on Heat Transfer

EASY

Science>Physics>Heat Transfer>Calorimetry

Cotyledons are also called-

EASY

Science>Physics>Heat Transfer>Calorimetry

A calorimeter is a device used to measure the _____(temperature capacity/ expansion capacity/ heat capacity).

EASY

Science>Physics>Heat Transfer>Calorimetry

1 cal =

_____

J

of energy of heat.

EASY

Science>Physics>Heat Transfer>Calorimetry

Among the following the SI unit of heat is

MEDIUM

Science>Physics>Heat Transfer>Calorimetry

When a thermometer is taken from the melting ice to a warm liquid, the mercury level rises to

{\frac{2}{5}}^{th}

of the distance between the lower fixed point

(0 ° C)

and the upper fixed point

(100 ° C)

. The temperature of liquid is:

MEDIUM

Science>Physics>Heat Transfer>Calorimetry

In a calorimetry experiment, what is the purpose of the calorimeter?

MEDIUM

Science>Physics>Heat Transfer>Calorimetry

What is calorimetry used to measure?

HARD

Science>Physics>Heat Transfer>Calorimetry

Define the term calorimetry. Explain the principle of calorimetry. What you mean by calorimeter? Explain the construction of a calorimeter with the help of a diagram.

MEDIUM

Science>Physics>Heat Transfer>Calorimetry

What would be the final temperature (in degrees Celsius) of a mixture containing $100$ grams of water initially at $90 ° C$ and $600$ grams of water initially at $20 ° C$ ?

MEDIUM

Science>Physics>Heat Transfer>Calorimetry

In order to apply the calorimetric principle, what conditions need to be completed ?

MEDIUM

Science>Physics>Heat Transfer>Calorimetry

How is calorimetry defined, and what principle governs the heat transfer between two bodies involved in a calorimetric experiment?

MEDIUM

Science>Physics>Heat Transfer>Calorimetry

What could be the final temperature (in

° C

) of a mixture of

100 g

of water at

90 ° C

and

600 g

of water at

20 ° C

?