The heat generated in a circuit is dependent upon the resistance, current and time for which the current is flown. If the error in measuring the above are 1%, 2% and 1% respectively, then maximum error in measuring the heat is

The heat generated in a cirucit is dependent upon the resstance, current and time for which the current is flown. If the error in measuring the above are as 1%,2% and 1% the maximum error in measuring heat will be

The heat generated in a cirucit is dependent upon the resstance, current and time for which the current is flown. If the error in measuring the above are as 1%,2% and 1% the maximum error in measuring heat will be

The heat generated in a circuit is dependent on the resistance, current and time of flow of electrical current. If the errors measured in the above are 1% , 2% and 1% respectively, what is the maximum error in heat ?

In a circuit, the generation of heat depends on resistance,current and time for which the current fIows. If the error in measuring resistance, current and time are 1%, 2% and 1% respectiveIy, find the maximum percentage error in measuring the heat.

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 :

The heat produced in a long wire is characterised by resistance , current and time through which the current passes. If the errors in measuring these quantities are respectively 1%, 2% and 1% then total error in calculating the energy produced is

The heat produced in a long wire is characterised by resistance , current and time through which the current passes. If the errors in measuring these quantities are respectively 2%, 2% and 2% then total error in calculating the energy produced is