Question

The heat capacity of sodium metal is 1500 JK-1, if the mass of the sodium metal is 75 kg, the specific heat capacity would be......​

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Answer 1

Answer:

20J kg⁻¹

Explanation:

Specific latent heat = 1500J kg⁻¹ / 75kg

Specific latent heat = 100J kg⁻¹/5

Specific latent heat = 20J kg⁻¹

Answer 2

A container's volume, or the amount of liquid it can hold, is its capacity.

It is measured in litres or gallons.

The specific heat capacity of sodium metal is 20 J/(kg·K).

The amount of heat needed to raise the temperature of one unit of mass of a substance by one degree Celsius is known as a substance's specific heat capacity (c) (or one Kelvin).

The relationship between a substance's specific heat capacity (C) and mass (m) can be determined using the following formula:

C = mc

When mass m, specific heat capacity c, and heat capacity C are all used.

To solve for c, we can rearrange the equations as follows:

c = C/m

Assuming that sodium metal has a heat capacity of 1500 JK-1 and a mass of 75 kg, we can substitute these numbers into the formula to get the following results:

c = 1500 J/K / 75 kilogramme

If we condense this expression, we get:

c = 20 J/(kg·K)

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