Derive the equation which implies that the degree of dissociation of weak acid is inversely proportional to the square root of its concentration

For a binary weak electrolyte, the degree of dissociation is proportional to the-

The degree of dissociation of weak electrolyde is inversely proportional to the square root fo concentration. It is called Ostwald's dilution law. alpha = sqrt((K_(a))/(c)) As the tempertaure increases, degree of dissociation will increase. (alpha_(1))/(alpha_(2)) = sqrt((K_(a_(1)))/(K_(a_(2)))) if concentration is same. (alpha_(1))/(alpha_(2)) = sqrt((c_(2))/(c_(1))) if acid is same. pH of 0.005 M HCOOH [K_(a) = 2 xx 10^(-4)] is equal to

The degree of dissociation of weak electrolyde is inversely proportional to the square root fo concentration. It is called Ostwald's dilution law. alpha = sqrt((K_(a))/(c)) As the tempertaure increases, degree of dissociation will increase. (alpha_(1))/(alpha_(2)) = sqrt((K_(a_(1)))/(K_(a_(2)))) if concentration is same. (alpha_(1))/(alpha_(2)) = sqrt((c_(2))/(c_(1))) if acid is same. 0.01M CH_(3)COOH has 4.24% degree of dissociation, the degree of dissociation of 0.1M CH_(3)COOH will be

The degree of dissociation of weak electrolyde is inversely proportional to the square root fo concentration. It is called Ostwald's dilution law. alpha = sqrt((K_(a))/(c)) As the tempertaure increases, degree of dissociation will increase. (alpha_(1))/(alpha_(2)) = sqrt((K_(a_(1)))/(K_(a_(2)))) if concentration is same. (alpha_(1))/(alpha_(2)) = sqrt((c_(2))/(c_(1))) if acid is same. a_(1) and a_(2) are in ratio of 1:2, K_(a_(1)) = 2xx10^(-4) . What will be K_(a_(2)) ?

The hydrolysis constant of a salt of weak acid and weak base is inversely proportional to

The degree of dissociation of a 0.01 M weak acid is 10^(-3) . Its pOH is

At Constant temperature and Pressure rate of diffusion of given mass of gas is inversely proportional to square root of its density is known as

A simple pendulum is transferred from the earth to the moon. Assuming its time period is inversely proportional to the square root of acceleration due to gravity, it will