An electron and a proton travel with equal speeds and in the same direction, at $9 0^{o}$ to a uniform magnetic field. They experience forces which are initially

Question

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Answer 1

As both of the particle having same speed and in the same field at same angle, they will be experiencing same force but in opposite direction as they are opposite in charge.

Answer 2

As both of the particle having same speed and in the same field at same angle, they will be experiencing same force but in opposite direction as they are opposite in charge.

An electron and a proton travel with equal speeds and in the same direction, at $9 0^{o}$ to a uniform magnetic field. They experience forces which are initially

in opposite direction and differ by a factor of about 1840

in the same direction and differ by a factor of about 1840

equal in magnitude but in opposite directions

identical

As both of the particle having same speed and in the same field at same angle, they will be experiencing same force but in opposite direction as they are opposite in charge.

An electron enters a magnetic field at right angles to it. The direction of force acting on the electron will be

A positive charge is at rest in a uniform magnetic field directed to the right. What force does the positive charge feel, due to the magnetic field?

A proton is projected horizontally eastward in a uniform magnetic field, which is horizontal and southward in direction. The proton will be deflected

The magnetic force on a moving proton acts towards north in a horizontal plane. If the proton is moving vertically upward then what will be the direction of magnetic field?

What is the direction of the force acting on a charged particle $q$ ,moving with velocity $V$ in a uniform magnetic field?

Revise with Concepts

Magnetic Field and Magnetic Force

Magnetic Force On Moving Charge

Fleming's Left Hand Rule

An electron and a proton travel with equal speeds and in the same direction, at 90o to a uniform magnetic field. They experience forces which are initially

in opposite direction and differ by a factor of about 1840

in the same direction and differ by a factor of about 1840

equal in magnitude but in opposite directions

identical

As both of the particle having same speed and in the same field at same angle, they will be experiencing same force but in opposite direction as they are opposite in charge.

An electron enters a magnetic field at right angles to it. The direction of force acting on the electron will be

A positive charge is at rest in a uniform magnetic field directed to the right. What force does the positive charge feel, due to the magnetic field?

A proton is projected horizontally eastward in a uniform magnetic field, which is horizontal and southward in direction. The proton will be deflected

The magnetic force on a moving proton acts towards north in a horizontal plane. If the proton is moving vertically upward then what will be the direction of magnetic field?

What is the direction of the force acting on a charged particle q ,moving with velocity V in a uniform magnetic field?

Revise with Concepts

Magnetic Field and Magnetic Force

Magnetic Force On Moving Charge

Fleming's Left Hand Rule

An electron and a proton travel with equal speeds and in the same direction, at $9 0^{o}$ to a uniform magnetic field. They experience forces which are initially

What is the direction of the force acting on a charged particle $q$ ,moving with velocity $V$ in a uniform magnetic field?