Calculate percentage error in the determination of `g = 4pi^2 I//t^2,` when I and t are measured with `+- 2% and +- 3%` errors respectively.

Calculate the percentage of error in the determination of g=4pi^2l//_t2 when l and t are measured with _-^+2% and _-^+3% errors respectively.

The percentage error in determination fo g= 4pi^2(I)/(t^2), when I and t are measured with +- 1% and +- 2% errors is

Calculate percentage error in determination of time period of a pendulum. T = 2pi (sqrt(l))/(g) where, l and g are measured with +-1% and +-2% .

Calculate percentage error in determination of time period of a pendulum. T = 2pi (sqrt(l))/(g) where, l and g are measured with +-1% and +-2% .

A physical quantity x is calculated from x = ab^(2)//sqrt(c ) . Calculate the percentage error in measuring x when the percentage errors in measuring a , b , and c are 4 , 2 , and 3%, respectively .

A physical quantity x is calculated from x = ab^(2)//sqrt(c ) . Calculate the percentage error in measuring x when the percentage errors in measuring a , b , and c are 4 , 2 , and 3%, respectively .

What is the maximum percentage error in the measurement of kinetic energy if percentage errors in mass and speed are 2% and 3% respectively?

What is the maximum percentage error in the measurement of K,E.If the percentage errors in mass and speed are 2% and 3% respectively?

During measurement of kinetic energy T , The percentage error in meansurment of mass of particle and momentum of particle are 2% and 3% respectively .The percentage error in measurement of kinetic energy is