if the velocity of light c, the constant of gravitation G and plank,s constant h be chosen os fundamentad units , find the dimensions of mass , length and time in terms of c , G and h.

If the velocity of light c, the constant of gravitation G and Planck's constant h be chosen as fundamental units, find the value of a gram, a centimeter and a second in terms of new units of mass, length and time respectively. Given c = 3xx10^(10) cm s^(-1), G = 6.67xx10^(-8) dyne cm ^2 g^(-2), h = 6.6xx10^(-27) erg sec.

If the velocity of light c, the gravitational constant G and Planck constant h are chosen as the fundamental units, find the dimensions of length , mass, and time in the new system.

If the velocity of light (c) , gravitational constant (G) and Planck's constant (h) are chosen as fundamental units, then the dimensions of mass in new system is

If the velocity of light (c ) , gravitational constant (G) , and Planck's constant (h) are chosen as fundamental units , then find the dimensions of mass in new system.

If the velocity of light c, gravitational constant G and Planck's constant h be taken as fundamental units the dimension of mass in the new system will be-

If velocity of light c, planck's constant h and gravitational constnat G are taken as fundamental quantities then the dimensions of the length will be

If velocity of light (c ), gravitational constant (G) and Planck's constant (h) are chosen as fundamental units. What would be the dimensions of acceleration due to gravity ?

If the constant of gravitation (G) , Planck's constant (h) and the velocity of light (c) be chosen as fundamental units. The dimension of the radius of gyration is

The speed of light ( c), gravitational constant (G) and plank's constant (h) are taken as fundamental units in a system. The dimensions of time in this new system should be.

If velocity of light c, Planck's constant G are taken as fundamental quantites, then express mass, length and time in terms of dimensions of these quantites.