In the relation, `P=alpha/beta e^((alphaZ)/(ktheta))P` is pressure, Z is distance, k is Boltzmann constant and `theta` is the temperature. The dimensional formula of `beta` will be-

In the relation: P=(alpha)/(beta)e^(-(alphaZ)/(ktheta)),P is pressure Z is distance k is Boltzmann constant and theta ils the temperature. The dimensional formula of beta will bes

In the relation: P=(alpha)/(beta)e^(-(alphaZ)/(ktheta)),P is pressure Z is distance k is Boltzmann constant and theta ils the temperature. The dimensional formula of beta will bes

In the releation p=(alpha)/(beta) e^(-)(az)/(ktheta) , where p is the pressure z is distance k is Boltzmann constant and theta is the temperature the dimensional formula beta will be

In the relaction p = (a)/(beta) e ^((aZ)/(k theta ) , p is pressure Z is distance .k is Boltamann constant and theta is the teperations . The dimensional formula of beta will be

In the relaction p = (a)/(beta) e ^((aZ)/(k theta ) , p is pressure Z is distance .k is Boltamann constant and theta is the teperations . The dimensional formula of beta will be

In the relation P = (alpha)/(beta) e^((alpha Z)/(k theta)) , P is pressure, Z is height, k is Boltzmann constant and theta is the temperature. Find the dimensions of alpha and beta

In the relation P = (alpha)/(beta) e^(-alphaz//k theta),P is preesure, K is Botzmann's constant, Z is distance and theta is temperature. The dimensional formula of beta wll be

In the relation P= alpha/beta , e^((alphax)/(nR theta)) , P is power , x is distance n is number of moles, R is gas constant and theta is temperature dimensional formula of beta is