Calculation of Rate Constant using Pressure and Volume of KMnO4

Kinetics OF Second Order Reactions and nth Order Reactions||Calculation OF First Order Rate Constant in terms OF Pressure

For an ideal gas, the heat of reaction at constant pressure and constant volume are related as

Calculation OF Rate OF Diffusion in Terms OF Volume || Pressure Drop || Distance || Moles || Solved Numerical Class illustration

Determination OF Rate Constant using Different Parameter-Gaseous Phase Reaction || Pressure Related Problems ( Very Important)

If instead of H_2SO_4 , HCl or HNO_3 of suitable concentration were used, the volume of KMnO_4 solution used would have been

CORRECT representation of the heat supplied at a constant pressure and constant volume in gaseous reaction is ___________ .

A diatomic ideal gas is heated at constant at constant volume until the pressure is doubled and again heated of constant pressure until the volume is doubled. The average molar heat capacity for the whole process is

heat capacities,molar heat capacities at constant pressure(cp) and volume(cv),calculation OF cp & cv,internal energy

The volume of a given amount of gas at 57^(@)C and constant pressure is 425.8 cm^(3) . If the temperature is decreased to 37^(@)C at constant pressure, then the volume will be.