Home
Class 11
PHYSICS
1resistances R(1)=(3.0+-0.1)Omega and R(...

1resistances R_(1)=(3.0+-0.1)Omega and R_(2)=(6.0+-0.2)Omega are to be joined together. (A) The maximum resistance obtainable is (9.0+-0.3)Omega (B) The maximum resistance obtainable is (9.0+-0.2)Omega (C) The minimum resistance obtainable is (2.0+-0.3)Omega (D) The minimum resistance obtainable is (2.0+-0.2)Omega

Promotional Banner

Similar Questions

Explore conceptually related problems

Two resistor R_(1) = (24 +- 0.5)Omega and R_(2) = (8 +- 0.3)Omega are joined in series, The equivalent resistence is

Two resistor of resistance R_(1)=(6+-0.09)Omega and R_(2)=(3+-0.09)Omega are connected in parallel the equivalent resistance R with error (in Omega)

Minimum resistance obtained from two resistors 3Omega and 2 Omega is

Given R_(1) = 5.0 +- 0.2 Omega, and R_(2) = 10.0 +- 0.1 Omega . What is the total resistance in parallel with possible % error?

Two resistances R_(1)=(15 pm 0.5) Omega" and "(20 pm 0.7)Omega are connected in parallel. Calculate the total resistance of the combination and maximum percentage error.

Given Resistance R_(1) = (8 +- 0.4) Omega and Resistence, R_(2) = (8 +- 0.6) Omega What is the net resistence when R_(1) and R_(2) are connected in series?

A platinum resistance thermometer reads 0^0 when its resistance ia 80 Omega and 100^0 when its resistance is 90 Omega . Find the platinum scale at which the resistance ia 86 Omega.

Two resistances 4 pm 0.4 Omega and 4 pm 0.8 Omega are in parallel. Find the equivalent resistance?

Temperature coefficient of resistance of a wire at 0^(@)C is 0.00125^(@)C^(-1) . At 25^(@)C its resistance is 1 Omega . The resitance of the wire will be 1.2 Omega at

The temperature coefficient of resistance of a wire is 0.00145^(@)C^(-1) . At 100^(@)C its resistance is 2Omega . At what temperature the resistance of the wire be 3Omega ?