Physics, asked by radharamanrawat471, 10 months ago

what is specific heat capacity

Answers

Answered by gaurav1417

0

Explanation:

Mark as brainliest

Description

The specific heat capacity of a substance is the heat capacity of a sample of the substance divided by the mass of the sample. Informally, it is the amount of energy that must be added, in the form of heat, to one unit of mass of the substance in order to cause an increase of one unit in its temperature.

Answered by muktisom1978

1

Answer: it is the amount of energy to raise the temperature of a substance per unit of mass

Explanation: it is actually referred to heat

Previous Question

Next Question

Similar questions

Math, 5 months ago

find at what time between 4 and 5 O'clock will the hands of a clock be in the same straight line but not coincident?

Math, 5 months ago

point XYZ are collinear point such that Y--X--Z d(X,Z)=17 and (Y,X)=8 find d(X,Z) d=distance ...

Math, 5 months ago

plzz give answer fast... no SPAMMING ...

Math, 10 months ago

A two digit no. and the number with digits interchanged add up to 143. In the given number the digit in units place is 3 more than the digit in the ten's place. Find the original number...

Chemistry, 10 months ago

E.In which trophic level of an ecosystem maximum number of organisms are present...

Math, 1 year ago

If in equilateral triangle the length of the median is √3 cm,then find the length of the side of equilateral triangle?

Biology, 1 year ago

In a double star, two stars (one of mass m and the other of 2m) distant d apart rotate about their common centre of mass. Deduce an expression of the period of revolution. Show that the ratio of their angular momentum about the centre of mass is the same as the ratio of their kinetic energies...

Physics, 1 year ago

In a double star, two stars (one of mass m and the other of 2m) distant d apart rotate about their common centre of mass. Deduce an expression of the period of revolution. Show that the ratio of their angular momentum about the centre of mass is the same as the ratio of their kinetic energies...