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Particle of charge $- e$ is moving with an initial velocity $\vec{v}$ when it enters midway between two plates where there gravitational force. The magnitude of the velocity of the particle if it just strikes the end of the plate?

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Important Questions on Magnetic Effect of Current

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Beta Question Bank for Engineering: Physics>Chapter 25 - Magnetic Effect of Current>Exercise-1>Q 25

In a region of space uniform electric field is present as

\vec{E} = E_{0} \hat{j}

and uniform magnetic field is present as

\vec{B} = B_{0} \hat{k}

. An electron is released from rest at origin. Which of the following best represents the path followed by electron after release.

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Beta Question Bank for Engineering: Physics>Chapter 25 - Magnetic Effect of Current>Exercise-1>Q 26

The charges $1, 2, 3$ are moves in uniform transverse magnetic field then:-

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Beta Question Bank for Engineering: Physics>Chapter 25 - Magnetic Effect of Current>Exercise-1>Q 27

A charged particle moves through a magnetic field perpendicular to its direction. Then

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Beta Question Bank for Engineering: Physics>Chapter 25 - Magnetic Effect of Current>Exercise-1>Q 28

A proton, a deuteron and an

α

-particle, having the same kinetic energy, are moving in circular trajectories in a constant magnetic field. If

r_{p}, r_{d}

and

r_{α}

denote, respectively the radii of the trajectories of these particles, then:

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Beta Question Bank for Engineering: Physics>Chapter 25 - Magnetic Effect of Current>Exercise-1>Q 29

A charged particle moves in a magnetic field

\vec{B} = 10 \hat{i}

with initial velocity

\vec{u} = 5 \hat{i} + 4 \hat{j} .

The path of the particle will be

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Beta Question Bank for Engineering: Physics>Chapter 25 - Magnetic Effect of Current>Exercise-1>Q 30

Infinite number of straight wires each carrying current $I$ are equally placed as shown in the figure. Adjacent wires have current in opposite direction. Net magnetic field at point $P$ is

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Beta Question Bank for Engineering: Physics>Chapter 25 - Magnetic Effect of Current>Exercise-1>Q 31

A particle of charge

- 16 \times 10^{- 18} C

moving with velocity

10 m s^{- 1}

along the

x - axis

enters a region where a magnetic field of induction

B

is along the

y - axis

and an electric field of magnitude

10^{4} V m^{- 1}

is along the negative

z - axis

. If the charged particle continues moving along the

x - axis

, the magnitude of

B

is:

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Beta Question Bank for Engineering: Physics>Chapter 25 - Magnetic Effect of Current>Exercise-1>Q 32

A current $I$ flows a closed path in the horizontal plane of the circle as shown in the figure. The path consists of eight cars with alternating radii $r$ and $2 r$ . Each segment of arc subtends equal angle at the common centre $P$ . The magnetic field produced by current path at point $P$ is

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Particle of charge -e is moving with an initial velocity v→ when it enters midway between two plates where there gravitational force. The magnitude of the velocity of the particle if it just strikes the end of the plate?

Important Questions on Magnetic Effect of Current

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Particle of charge $- e$ is moving with an initial velocity $\vec{v}$ when it enters midway between two plates where there gravitational force. The magnitude of the velocity of the particle if it just strikes the end of the plate?