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#### In then find in the figure.

#### The correct answer is:

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### Related Questions to study

maths-

#### Find ‘b’ in the given figure .

#### Find ‘b’ in the given figure .

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#### Find x in the given figure .

#### Find x in the given figure .

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#### A wire has resistance of 24 W is bent in the following shape. The effective resistance between A and B is

#### A wire has resistance of 24 W is bent in the following shape. The effective resistance between A and B is

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#### The net emf and internal resistance of three batteries as shown in figure is :

#### The net emf and internal resistance of three batteries as shown in figure is :

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#### if then find y in the given figure.

#### if then find y in the given figure.

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#### In the given figure, if find x y

#### In the given figure, if find x y

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#### Find the value of a+b in the given figure

#### Find the value of a+b in the given figure

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#### In the figure, the potentiometer wire AB of length L and resistance 9r is joined to the cell D of emf e and internal resistance r. The cell C's emf is and is internal resistance is 2r. The galvanometer G will show no deflection when the length AJ is

#### In the figure, the potentiometer wire AB of length L and resistance 9r is joined to the cell D of emf e and internal resistance r. The cell C's emf is and is internal resistance is 2r. The galvanometer G will show no deflection when the length AJ is

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#### By error, a student places moving–coil voltmeter V (nearly ideal) in series with the resistance in a circuit in order to read the current, as shown. The voltmeter reading will be

#### By error, a student places moving–coil voltmeter V (nearly ideal) in series with the resistance in a circuit in order to read the current, as shown. The voltmeter reading will be

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#### In the figure shown the power generated in y is maximum when then R is

#### In the figure shown the power generated in y is maximum when then R is

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#### A battery of internal resistance 4W is connected to the network of resistance as shown. In order that the maximum power can be delivered to the network, the value of R in W should be :–

#### A battery of internal resistance 4W is connected to the network of resistance as shown. In order that the maximum power can be delivered to the network, the value of R in W should be :–

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chemistry-

#### Identify the functional groups in the following compound.

#### Identify the functional groups in the following compound.

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#### Three 60W, 120V light bulbs are connected across a 120 V power source. If resistance of each bulb does not change with current then find out total power delivered to the three bulbs.

Here R = Total power supplied

#### Three 60W, 120V light bulbs are connected across a 120 V power source. If resistance of each bulb does not change with current then find out total power delivered to the three bulbs.

physics-General

Here R = Total power supplied

maths-

#### For natural numbers m,n if and then (m,n) is

#### For natural numbers m,n if and then (m,n) is

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physics-

#### In the circuit shown the capacitor of capacitance C is initially uncharged. Now the capacitor is connected in the circuit as shown. The charge passed through an imaginary circular loop parallel to the plates (also circular) and having the area equal to half of the area of the plates, in one time constant is:

In the given cross-section which lies inside the capacitor plates , no charge flows. hence the required charge is 0.

#### In the circuit shown the capacitor of capacitance C is initially uncharged. Now the capacitor is connected in the circuit as shown. The charge passed through an imaginary circular loop parallel to the plates (also circular) and having the area equal to half of the area of the plates, in one time constant is:

physics-General

In the given cross-section which lies inside the capacitor plates , no charge flows. hence the required charge is 0.