1. When the gas is heated at constant volume. there is no work done against external pressure.
2. Hence, all the supplied heat is used in raising the temperature of the...
Molar specific heat capacity = Molecular weight × principal specific heat capacity.
i.e. CV = μ × SP and CV = μ × SV
where, μ is the molecular weight of the gas.
[Note: Symbols (SV) and...
Given: m = 0.2 kg, s = 290 J/kg °C
To find: Thermal capacity
Formula: Thermal capacity = m × s
Calculation: From formula,
Thermal capacity = 0.2 × 290
= 58 J/ °C
Thermal capacity...
At a particular temperature, the resistance (R) of a conductor of uniform cross section is
i. directly proportional to its length (l),
i.e., R ∝ l ……….. (1)
ii. inversely proportional to its...
