Study the circuit and find out- (a) Current in 12 ohm resistor (b) Difference in the readings of ammeter A1 and A2 if any

(a) From the diagram, Two resistors of 24 ohm are connected in parallel and their effective resistance is given by, Here, = 24 ohm, Since and 12 ohm resistance are in series then their effective resistance is given by, Let net current flowing through the circuit is ''. Now, this same current flows through and 12 ohm resistance then Hence, the current flowing in 12 ohm resistor is 0.25 A. (b) The total current flowing from the battery passes through A1, A2 and the resistors and finally returns to the battery. Since no current is lost or divided at any point, A1 and A2 will show the same reading of 0.25 A. Then, Difference in the readings of ammeter A1 and A2 = 0.25 - 0.25 = 0 A Hence, the difference in the readings of ammeter A1 and A2 is zero.

(a) Under what conditions can a convex lens form a virtual image?
(b) Why does a piece of paper catch fire if we allow sunlight to pass through a convex lens onto the paper?

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Find out the following in the electric circuit given in the figure-
(a) Effective resistance of two 8 ohm resistors in the combination.
(b) Current flowing through the 4-ohm resistor

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You are given four resistors each having resistance of R ohm. Find the maximum and minimum resistance that can be made with these four resistors.

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A copper wire has a length L = 2 m, a cross-sectional area A = 0.5 mm², and resistivity ρ = 1.7 × 10^-8 Ωm. Calculate the resistance of another wire made of the same material whose length is twice the length of the wire but has the same cross-sectional area.

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Science

Study the circuit and find out-
(a) Current in 12 ohm resistor
(b) Difference in the readings of ammeter A₁ and A₂ if any

Current Electricity

Related Questions

(a) Under what conditions can a convex lens form a virtual image?
(b) Why does a piece of paper catch fire if we allow sunlight to pass through a convex lens onto the paper?

Find out the following in the electric circuit given in the figure-
(a) Effective resistance of two 8 ohm resistors in the combination.
(b) Current flowing through the 4-ohm resistor

You are given four resistors each having resistance of R ohm. Find the maximum and minimum resistance that can be made with these four resistors.

A copper wire has a length L = 2 m, a cross-sectional area A = 0.5 mm², and resistivity ρ = 1.7 × 10^-8 Ωm. Calculate the resistance of another wire made of the same material whose length is twice the length of the wire but has the same cross-sectional area.

Science

Study the circuit and find out-(a) Current in 12 ohm resistor(b) Difference in the readings of ammeter A1 and A2 if any

Current Electricity

Related Questions

(a) Under what conditions can a convex lens form a virtual image?(b) Why does a piece of paper catch fire if we allow sunlight to pass through a convex lens onto the paper?

Find out the following in the electric circuit given in the figure-(a) Effective resistance of two 8 ohm resistors in the combination.(b) Current flowing through the 4-ohm resistor

You are given four resistors each having resistance of R ohm. Find the maximum and minimum resistance that can be made with these four resistors.

A copper wire has a length L = 2 m, a cross-sectional area A = 0.5 mm2, and resistivity ρ = 1.7 × 10-8 Ωm. Calculate the resistance of another wire made of the same material whose length is twice the length of the wire but has the same cross-sectional area.

Study the circuit and find out-
(a) Current in 12 ohm resistor
(b) Difference in the readings of ammeter A₁ and A₂ if any

(a) Under what conditions can a convex lens form a virtual image?
(b) Why does a piece of paper catch fire if we allow sunlight to pass through a convex lens onto the paper?

Find out the following in the electric circuit given in the figure-
(a) Effective resistance of two 8 ohm resistors in the combination.
(b) Current flowing through the 4-ohm resistor

A copper wire has a length L = 2 m, a cross-sectional area A = 0.5 mm², and resistivity ρ = 1.7 × 10^-8 Ωm. Calculate the resistance of another wire made of the same material whose length is twice the length of the wire but has the same cross-sectional area.