Home
Class 11
PHYSICS
A physical quantity X depends on another...

A physical quantity X depends on another physical quantities as `X=YFe^(-beta r^(2))+ZW sin (alpha r)` where r, F and W represents distance, force and work respectively & Y and Z are unknown physical quantities and `alpha, beta` are positive contsnats.
If Z represent frequency then choose the correct alternative

Promotional Banner

Similar Questions

Explore conceptually related problems

A physical quantity X depends on another physical quantities as X=YFe^(-beta r^(2))+ZW sin (alpha r) where r, F and W represents distance, force and work respectively & Y and Z are unknown physical quantities and alpha, beta are positive contsnats. If T represent velocity then dim (X) is equal to

A physical quantity X depends on another physical quantities as X=YFe^(-beta r^(2))+ZW sin (alpha r) where r, F and W represents distance, force and work respectively & Y and Z are unknown physical quantities and alpha, beta are positive contsnats. If T represent velocity then dim (X) is equal to

A physical quantity X depends on another physical quantities as X=YFe^(-beta r^(2))+ZW sin (alpha r) where r, F and W represents distance, force and work respectively & Y and Z are unknown physical quantities and alpha, beta are positive contsnats. If T represent velocity then dim (X) is equal to

A physical quantity X depends on another physical quantities as X=YFe^(-beta r^(2))+ZW sin (alpha r) where r, F and W represents distance, force and work respectively & Y and Z are unknown physical quantities and alpha, beta are positive contsnats. If Y respresent displacement then dim((alphaYZ)/(betaF)) is equal to

A physical quantity X depends on another physical quantities as X=YFe^(-beta r^(2))+ZW sin (alpha r) where r, F and W represents distance, force and work respectively & Y and Z are unknown physical quantities and alpha, beta are positive contsnats. If Y respresent displacement then dim((alphaYZ)/(betaF)) is equal to

A physical quantity X depends on another physical quantities as X=YFe^(-beta r^(2))+ZW sin (alpha r) where r, F and W represents distance, force and work respectively & Y and Z are unknown physical quantities and alpha, beta are positive contsnats. If Y respresent displacement then dim((alphaYZ)/(betaF)) is equal to

A physical quantity x depends on quantities y and z as follows : x = Ay + B tan ( C z) , where A , B and C are constants. Which of the followings do not have the same dimensions?

A physical quantity x depends on quantities y and z as follows : x = Ay + B tan ( C z) , where A , B and C are constants. Which of the followings do not have the same dimensions?

L, C and R represent physical quantities inductance, capacitance and resistance respectively. What is the combination representing dimension of frequency ?