A positively charged particle falls vertically downwards. The horizontal component of earths magnetic field will deflect it towards

Question

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Answer 1

On earth surface a magnetic compass point toward North so direction of Magnetic Field is from South to North . Direction of motion of positive charge particle is downward so direction of effective current produced is also downwards.
So in the diagram, taking middle finger to point in current direction(vertically down) and index finger toward magnetic field(South to North) the Thumb will give the direction of deflection which is East.

Answer 2

On earth surface a magnetic compass point toward North so direction of Magnetic Field is from South to North . Direction of motion of positive charge particle is downward so direction of effective current produced is also downwards.

So in the diagram, taking middle finger to point in current direction(vertically down) and index finger toward magnetic field(South to North) the Thumb will give the direction of deflection which is East.

A positively charged particle falls vertically downwards. The horizontal component of earths magnetic field will deflect it towards

West

East

South

North

When a positively charged particle enters into a uniform magnetic field with uniform velocity, its trajectory can be
(i) A straight line
(ii) A circle
(iii) A helix

Particles having positive charge occasionally come with high velocity from the sky towards the earth on account of magnetic field of earth, they would be deflected towards:

If a positively charged particle is moving as shown in the figure, then it will get deflected due to magnetic field towards :

An $α$ -particle moves from east to west in a magnetic field perpendicular to the plane of the paper and into the paper. The particle is deflected towards:

Revise with Concepts

Magnetic Field and Magnetic Force

Magnetic Force On Moving Charge

Fleming's Left Hand Rule

A positively charged particle falls vertically downwards. The horizontal component of earths magnetic field will deflect it towards

West

East

South

North

When a positively charged particle enters into a uniform magnetic field with uniform velocity, its trajectory can be (i) A straight line (ii) A circle (iii) A helix

Particles having positive charge occasionally come with high velocity from the sky towards the earth on account of magnetic field of earth, they would be deflected towards:

Forces F experienced by a particle having charge q and velocity v in a magnetic field B is given by F = q (v×B). What is the direction of force acting on electrons (negatively charged particles) falling vertically, at a place where the Earths magnetic field is horizontal pointing towards North ?

If a positively charged particle is moving as shown in the figure, then it will get deflected due to magnetic field towards :

An α-particle moves from east to west in a magnetic field perpendicular to the plane of the paper and into the paper. The particle is deflected towards:

Revise with Concepts

Magnetic Field and Magnetic Force

Magnetic Force On Moving Charge

Fleming's Left Hand Rule

When a positively charged particle enters into a uniform magnetic field with uniform velocity, its trajectory can be
(i) A straight line
(ii) A circle
(iii) A helix

An $α$ -particle moves from east to west in a magnetic field perpendicular to the plane of the paper and into the paper. The particle is deflected towards: