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Physics-

General

Easy

Question

The equivalent capacity between the points X and Y in the circuit with $C equals 1 mu F$

2 $μ$ F
3 $μ$ F
1 $μ$ F
0.5 $μ$ F

The correct answer is: 2 $mu$ F

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The equivalent capacitance between P and Q is

The equivalent capacitance between P and Q is

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The effective capacitance between the point P and Q in the given figure is

The effective capacitance between the point P and Q in the given figure is

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Figure shows two capacitors connected in series and joined to a cell. The graph shows the variation in potential as one moves from left to right on the branch containing capacitors

Figure shows two capacitors connected in series and joined to a cell. The graph shows the variation in potential as one moves from left to right on the branch containing capacitors

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A capacitor C is connected to a battery circuit having two switches $S subscript 1 end subscript text and end text S subscript 2 end subscript text and end text$ $text resistors end text R subscript 1 end subscript text and end text R subscript 2 end subscript text end text$ The capacitor will be fully charged when

A capacitor C is connected to a battery circuit having two switches $S subscript 1 end subscript text and end text S subscript 2 end subscript text and end text$ $text resistors end text R subscript 1 end subscript text and end text R subscript 2 end subscript text end text$ The capacitor will be fully charged when

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An insulator plate is passed between the plates of a capacitor. Then current

An insulator plate is passed between the plates of a capacitor. Then current

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The electric field components in the figure are $E subscript x end subscript equals alpha x to the power of 1 divided by 2 end exponent comma E subscript y end subscript equals 0 comma E subscript z end subscript equals 0 text where end text alpha equals 800 N divided by m to the power of 2 end exponent text end text text If a end text equals 0.1 m$ is the side of cube then the charge within the cube is

The electric field components in the figure are $E subscript x end subscript equals alpha x to the power of 1 divided by 2 end exponent comma E subscript y end subscript equals 0 comma E subscript z end subscript equals 0 text where end text alpha equals 800 N divided by m to the power of 2 end exponent text end text text If a end text equals 0.1 m$ is the side of cube then the charge within the cube is

physics-General

parallel

Two point charges q and -q are seperated by a distance 2a Find the flux of the electric field vector across the circle of radius r is shown

Two point charges q and -q are seperated by a distance 2a Find the flux of the electric field vector across the circle of radius r is shown

physics-General

A charged ball hangs from silk thread which makes an angle $blank to the power of ´ end exponent theta to the power of ´ end exponent$ with large charged conducting sheet 'P' as shown The surface charge density $left parenthesis sigma right parenthesis$ of the sheet is proportional to

A charged ball hangs from silk thread which makes an angle $blank to the power of ´ end exponent theta to the power of ´ end exponent$ with large charged conducting sheet 'P' as shown The surface charge density $left parenthesis sigma right parenthesis$ of the sheet is proportional to

physics-General

Three concentric metallic spheres A, B and C have radii a,b and c $left parenthesis a less than b less than c right parenthesis$ and surface charge densities on them are $sigma comma negative sigma$ and s respectively The values of $V subscript A end subscript text and end text V subscript B end subscript$ will be

Three concentric metallic spheres A, B and C have radii a,b and c $left parenthesis a less than b less than c right parenthesis$ and surface charge densities on them are $sigma comma negative sigma$ and s respectively The values of $V subscript A end subscript text and end text V subscript B end subscript$ will be

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Assume three concentric conducting spheres where charge $q subscript 1 end subscript text and end text q subscript 2 end subscript$ have been placed on inner and outer sphere where as middle sphere has been earthed Find the charge on the outer surface of middle spherical conductor

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physics-General

Shown below is a distribution of charges The flux of electric field due to these charges through the surface S is

Shown below is a distribution of charges The flux of electric field due to these charges through the surface S is

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$q subscript 1 end subscript comma q subscript 2 end subscript comma q subscript 3 end subscript text and end text q subscript 4 end subscript$ are point charges located at points as shown in the figure as S is a spherical Gaussian surface of radius R Which of the following is true according to the Gauss’s law

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parallel

A charge Q is distributed uniformly on a ring of radius r A sphere of equal radius r is constructed with its centre at the periphery of the ring as shown in figure Find the flux of the electric field through the surface of the sphere

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Electric charge is uniformly distributed along a long straight wire of radius 1 mm The charge per cm length of the wires is Q coulomb Another cylindrical surface of radius 50 cm and length 1 m symmetrically encloses the wire as shown in the figure The total electric flux passing through the cylindrical surface is

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physics-General

Two parallel plane sheets 1 and 2 carry uniform charge densities $sigma subscript 1 end subscript text and end text sigma subscript 2 end subscript$ and as shown in fig electric field in the region marked II is ( $sigma subscript 1 end subscript greater than sigma subscript 2 end subscript$ )

Two parallel plane sheets 1 and 2 carry uniform charge densities $sigma subscript 1 end subscript text and end text sigma subscript 2 end subscript$ and as shown in fig electric field in the region marked II is ( $sigma subscript 1 end subscript greater than sigma subscript 2 end subscript$ )

physics-General

parallel

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