The specific heat of silver:
Heat capacity is the quantity of heat absorbed (emitted) whole body in the process of heating (cooling) by 1 Kelvin.
Specific heat is a physical quantity, numerically equal to the quantity of heat which must be transferred to a body with a mass of 1 kg so that its temperature has changed by 1 Kelvin.
Specific heat capacity is denoted by c and is measured in j/(kg·K).
C = Q / (m·ΔT),
where Q is the quantity of heat received by the substance when heated (or precipitated during cooling),
m is the mass of the heated (cooled) material,
ΔT – the difference between the final and initial temperatures of the substance.
The specific heat of silver (C) is 0.234 kJ/(kg·K).
The specific heat of silver is given at a temperature of 0 °C.
You must keep in mind that the specific heat capacity of a substance is affected by the temperature and other thermodynamic parameters (volume, pressure, etc.) and how did the changes of these thermodynamic parameters (for example, at constant pressure or constant volume).
The exact value of the specific heat capacity of metals depending on the thermodynamic conditions (temperature, volume, pressure, etc.) needs to look in directories.
Source: Bohirov V. V., Rakitina D. V., Y. S. Solnyshkov Background materials for the decision of tasks on the course “heat and mass transfer” / GOU VPO “Ivanovo state energy University named after V. I. Lenin”. – Ivanovo, 2009.