Home
Class 12
PHYSICS
A physical quantity epsilon is calculate...

A physical quantity `epsilon` is calculated using the formula `epsilon=(xy^(2))/(10z^(1//3))` where x,y and z are experimentally measured quantities. If the fractional error in the measurements of x,y and z are 2% ,1% and 3% respectively, then the fractional error in `epsilon` will be

A

`0.5%`

B

`5%`

C

`6%`

D

`7%`

Text Solution

Verified by Experts

The correct Answer is:
B
Promotional Banner

Similar Questions

Explore conceptually related problems

A physical quantity rho is calculated by using the formula rho =(1)/(10)(xy^(2))/(z^(1//3)) , where x, y and z are experimentally measured quantities. If the fractional error in the measurement of x, y and z are 2%, 1% and 3% , respectively, then the maximum fractional error in the calculation of rho is

A physical quantity rho is calculated by using the formula rho =(1)/(10)(xy^(2))/(z^(1//3)) , where x, y and z are experimentally measured quantities. If the fractional error in the measurement of x, y and z are 2%, 1% and 3% , respectively, then the maximum fractional error in the calculation of rho is

The percentage error in the measurement of mass and speed are 2% and 3% respectively. Maximum estimate of percentage error of K.E

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

A Physical quantity P is given by P= (A^2sqrtB)/C , and the percentage errors in the measurements of A, B and C are 1% , 2 % and 4% respectively. Find the percentage error in P.

The error in the measurement of length and radius of a cylinder are 1% and 2% respectively. The maximum percentage of error in its volume is

What is the percentage error in the measurement of time period of a pendulum if maximum errors in the measurement of l ands g are 1% and 6% respectively?

What is the percentage error in the measurement of time period of a pendulum if maximum errors in the measurement of l ands g are 2% and 4% respectively?

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

The heat generated in a circuit is given by Q = I^(2) Rt , where I is current , R is resistance , and t is time . If the percentage errors in measuring I , R , and t are 2% , 1% , and 1% , respectively , then the maximum error in measuring heat will be