If the formula for a physical quantity is `X=frac(a^4b^3)(c^frac(1)(3)d^frac(1)(2))` and if the percentage error in the measurements of a,b,c and d are 2%, 3%, 3 % and 4% respectively. Calculate percentage error in X.

If Y = a-b , the maximum percentage error in the measurement of Y will be

In the measurement of a physical quantity X = (A^(2)B)/(C^(1//3)D^(3)) . The percentage errors introduced in the measurement of the quantites A,B,C and D are 1%, 3% , 4% and 5% respectively . Then the minimum amount of percenatage of error in the measurment of X is contributed by

If Y = a//b , the maximum percentage error in the measurement of Y will be

Let x={:[(a^(2)b^(2))/(c)]:} be the physical quantity. If the percentage error in the measurement of physical quantities a,b, and c is 2,3 and 4 per cent respectively, then percentage error in the measurement of x is

The error in the measurement of the sides of a rectangle is 1%. The error in the measurement of its area is

Resistance of a given wire is obtained by measuring the current flowing in it and the voltage difference applied across it. If the percentage errors in the measurement of the current and the voltage difference are 3% each, then error in the value of resistance of the wire is

The heat dissipated in a resistance can be determined form the relation : H = (I^(2)Rt)/(4.2) cal . If the maximum errors in the measurement of current , resistance , and time are 2%, 1%, and 1%, what would be the maximum error in the dissipated heat ?

In an experiment four quantities a,b,c and d are measure with percentage error 1% , 2% , 3% ,and 4% respectively quantity is P is calculate as follow P = (a^(3)b^(2))/(cd) % error in P is

The percentage error in the measurment of mass of a body is 0.75% and the percenatage error in the measurement of its speed is 1.85%. Then the percentage error in the measurement of its kinetic energy is

A force vecF applied on a square plate of length L. If the percentage error in the determination of L is 3% and in F is 4% , the permissible error in the calculation of pressure is