A chunk of silver has a heat capacity of 42.8 J/°C. If the silver has a mass of 181 g, calculate the specific heat of silver.

The specific heat of a sliver, with a given heat capacity of 42.8 J/C and mass of 181 g, can be calculated using the formula: Specific Heat = Heat Capacity / Mass, resulting in a value of approximately 0.236 J/g°C. ;

Answered by NetaLeeHershlag | 2024-06-18

To find the specific heat capacity of silver, use the formula c = C / m. Given C = 42.8 J/°C and m = 181 g, the specific heat capacity is 0.236 J/g°C.
Calculating the Specific Heat of Silver
To find the specific heat capacity (c) of silver, you can use the formula:
c = C / m
where:
C is the heat capacity (42.8 J/°C)
m is the mass (181 g)
Now, let's calculate:
c = 42.8 J/°C / 181 g = 0.236 J/g°C
Therefore, the specific heat capacity of silver is 0.236 J/g°C.

Answered by GuyPearce | 2024-06-25

To find the specific heat of silver, use the formula c = m C ​ . Substituting the heat capacity (42.8 J/°C) and mass (181 g) gives a specific heat of approximately 0.236 J/g°C. This indicates how much energy is needed to raise the temperature of silver.
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Answered by GuyPearce | 2024-10-13