Write the values and units of Universal gas constant.

One mole of ideal gas goes through a process pV^3 = Constant , where p and V are pressure and volume, respectively. Let W be the work done by the gas as its temperature is increased by Delta T . The value of |W| is (R is the universal gas constant. )

Write the rate law and units of rate constant for the following elementary reactions. A+2Bto Products

Write the rate law and units of rate constant for the following elementary reactions. 2A+Bto Products

Write the rate law and units of rate constant for the following elementary reactions. A+B+Cto Products

Write the rate law and units of rate constant for the following elementary reactions. 2Ato Products

Write the rate law and units of rate constant for the following elementary reactions. 3Ato Products

Write the rate law and units of rate constant for the following elementary reactions. A+Bto Products

Write the rate law and units of rate constant for the following elementary reactions. Ato Products

In the formula P=(nRT)/(V-b)e^((-a)/(RTV)) , Find the dimensions of length in b. (where P = pressure, n = no. of moles, T = temperature, V = volume and R = universal gas constant).

A gas expands with temperature according to the relation, V=kT^(2//3) where k is a constant Word done when the temperature changes by 60 K is (R= Universal gas constant).