The percentage error in measuring M, L and T are `1%, 1.5 %` and `3 %` respectively. Then the percentage error in measuring the physical quantity with dimensions `ML^(-1)T^(-1)` is :

The percentage error in measurements of length and time period is 2% and 1% respectively . The percentage error in measurements of 'g' is

The percentage error in measurements of length and time period is 2% and 1% respectively . The percentage error in measurements of 'g' is

If a physical quntity is P = (a^3 b^2)/c and the percentage errors in the measurement of a,b and c are 1%,2% and 3% respectively.Find the maximum percentage error in the measurement of physical quantity P.

A physical quantity is given by X=M^(a)L^(b)T^(c) . The percentage error in measurement of M,L and T are alpha, beta and gamma respectively. Then maximum percentage error in the quantity X is

A physical quantity is given by X=M^(a)L^(b)T^(c) . The percentage error in measurement of M,L and T are alpha, beta and gamma respectively. Then maximum percentage error in the quantity X is

A physical quantity P=(a^(3)b^(2))/(sqrt(cd)) the percentage errors in measurement in a,b,c,d are 1%, 3%,4% and 2% respectively. What is the percentage error in measurement of quantity P?

If the percentage errors in measuring mass and velocity of a particle are respectively 2% and 1% percentage error in measuring its kinetic energy isp

If the percentage errors in measuring mass and velocity of a particle are respectively 2% and 1% percentage error in measuring its kinetic energy isp

Percentage errors in measurement of mass and speed are 1% and 2.5% respectively. The maximum percentage error in the calculation of linear momentum will be