A gas bubble oscillates with a time period T proportional to `p^(a) d^(b) E^(c)` where P is pressure , d is the density and E is the energy. The values of a,b and C are :

A gas bubble from an explosion under water oscillates with a period proportional to P^(a)d^(b)E^(c), where P is the static pressure, d is the density of water and E is the energy of explosion. Then a,b,c are respectively :

A dubble under water oscillates with period T, which is proportional to p^(-5//6),d^(1//2)E^(Y), where p is pressure, d is density and E is energy. The value of gamma is -

A gas bubble, from an explosion under water, oscillates with a period proportional to P^a d^b E^c , where P is the static pressure , d is the density and E is the total energy of the explosion. Find the values of a,b and c.

A gas bubble from an explosion under water oscillates with a period T proportional to P^(a) d^(b) E^(c ) , where P is the pressure, d is density of water and E is the total energy of the explosion. Find the value of a,b and c .

A gas bubble from an explosion under water oscillates with a period T proportional to p^(a) d^(b)E^(c) where p is the static pressure d is the density of water and E is the total energy of explosion. Find the value of a,b and c.

A gas bubble, from an exlosion under water, oscillates with a period T proportional to p^(a)d^(b)E^( c ) . Where P is the static pressure, d is the density of water AND is the total energy of the explosion. Find the values of a, b and, c .

A gas bubble from an explosion under water oscillates with a period T proportional to pap "E where P is the statie pressure, p is the density of water and E is the total energy of the explosion. So, values of a, b and care ..... ... and ... respectively.