In the previous question, find the maximum permissible error in resistivity and resistance.

In the previous question, minimum possible error in area measurement can be.

In the previous question, minimum possible error in area measurement can be.

If the measured value of resistance R = 1.05 Omega , wire diameter d = 0.60 mm , and length l = 75.3 cm , then find the maximum permissible error in resistivity , rho = ( R ( pi d^(2) // 4)) /( l) .

If the measured value of resistance R = 1.05 Omega , wire diameter d = 0.60 mm , and length l = 75.3 cm , then find the maximum permissible error in resistivity , rho = ( R ( pi d^(2) // 4)) /( l) .

In Ohm's law experiment , the potential drop acros a resistance was as V = 5.0 V and the current was measured as I = 2.00 A . Find the maximum permissible error in resistance.

In Ohm's law experiment , the potential drop acros a resistance was as V = 5.0 V and the current was measured as I = 2.00 A . Find the maximum permissible error in resistance.

In the previous question, find maximum velocity and maximum acceleration.

In the previous question, find maximum velocity and maximum acceleration.

In ohm's law experiment potential drop across a resistance was measured as v = 5.0 volt and current was measured as I = 2.0amp If least count of the volmeter and ammeter are 0.1V and 0.01A respectively then find the maximum permissible error in resistance .