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Physics-

General

Easy

Question

A uniform magnetic field of magnitude 1 T exists in region $y greater or equal than 0$ is along $stack k with rightwards arrow on top$ direction as shown. A particle of charge 1 C is projected from point $left parenthesis negative square root of 3 comma negative 1 right parenthesis$ ) towards origin with speed $1 m divided by s$ . If mass of particle is 1 kg, then co–ordinates of centre of circle in which particle moves are

$(1, \sqrt{3})$
$(1, - \sqrt{3})$
$(\frac{1}{2}, - \frac{\sqrt{3}}{2})$
$(\frac{\sqrt{3}}{2}, - \frac{1}{2})$

The correct answer is: $open parentheses fraction numerator 1 over denominator 2 end fraction comma negative fraction numerator square root of 3 over denominator 2 end fraction close parentheses$

Related Questions to study

Which reducing agents of the following can be used for the following transformation?
a) CH₃ - CH = CH.COOH → CH₃CH = CH. CH₂OH

Which reducing agents of the following can be used for the following transformation?
a) CH₃ - CH = CH.COOH → CH₃CH = CH. CH₂OH

chemistry-General

chemistry-General

In the reaction, X is

In the reaction, X is

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In a region magnetic field along x axis changes with time according to the given graph. If time period, pitch and radius of helix path are T₀, P₀ and R respectively then which of the following is incorrect if the particle is projected at an angle q₀ with the positive x–axis in x–y plane ?

In a region magnetic field along x axis changes with time according to the given graph. If time period, pitch and radius of helix path are T₀, P₀ and R respectively then which of the following is incorrect if the particle is projected at an angle q₀ with the positive x–axis in x–y plane ?

physics-General

In the loops shown, all curved sections are either semicircles or quarter circles. All the loops carry the same current. The magnetic fields at the centres have magnitudes B₁ , B₂ , B₃ and B₄

In the loops shown, all curved sections are either semicircles or quarter circles. All the loops carry the same current. The magnetic fields at the centres have magnitudes B₁ , B₂ , B₃ and B₄

physics-General

Two infinitely long linear conductors are arranged perpendicular to each other and are in mutually perpendicular planes as shown in figure. If $I subscript 1 end subscript equals 2 A$ A along the y–axis and $I subscript 2 end subscript equals 3 A text along end text minus v e z minus a x i s text and end text A P equals A B equals 1 c m$ . The value of magnetic field strength $stack B with rightwards arrow on top$ at P is

Two infinitely long linear conductors are arranged perpendicular to each other and are in mutually perpendicular planes as shown in figure. If $I subscript 1 end subscript equals 2 A$ A along the y–axis and $I subscript 2 end subscript equals 3 A text along end text minus v e z minus a x i s text and end text A P equals A B equals 1 c m$ . The value of magnetic field strength $stack B with rightwards arrow on top$ at P is

physics-General

parallel

If a charged particle of charge to mass ratio $q divided by m equals alpha$ is entering in a magnetic field of strength B at a speed $v equals left parenthesis 2 alpha d right parenthesis left parenthesis B right parenthesis$ , then which of the following is correct?

If a charged particle of charge to mass ratio $q divided by m equals alpha$ is entering in a magnetic field of strength B at a speed $v equals left parenthesis 2 alpha d right parenthesis left parenthesis B right parenthesis$ , then which of the following is correct?

physics-General

A and B are two concentric circular conductors of centre O and carrying current i₁ and i₂ as shown in the diagram. If ratio of their radii is 1:2 and ratio of the flux densities at O due to A and B is 1:3 then the value of $fraction numerator i subscript 1 end subscript over denominator i subscript 2 end subscript end fraction$ will be :–

A and B are two concentric circular conductors of centre O and carrying current i₁ and i₂ as shown in the diagram. If ratio of their radii is 1:2 and ratio of the flux densities at O due to A and B is 1:3 then the value of $fraction numerator i subscript 1 end subscript over denominator i subscript 2 end subscript end fraction$ will be :–

physics-General

Two thick wires and two thin wires, all of the same materials and same length form a square in the three different ways P, Q and R as shown in fig with current direction shown, the magnetic field at the centre of the square is zero in cases

Two thick wires and two thin wires, all of the same materials and same length form a square in the three different ways P, Q and R as shown in fig with current direction shown, the magnetic field at the centre of the square is zero in cases

physics-General

parallel

IUPAC name of the following compound is

IUPAC name of the following compound is

chemistry-General

In the reaction A is

In the reaction A is

chemistry-General

A bar magnet of length 3 cm has points A and B along its axis at distances of 24 cm and 48 cm on the opposite sides. Ratio of magnetic fields as these points will be :

A bar magnet of length 3 cm has points A and B along its axis at distances of 24 cm and 48 cm on the opposite sides. Ratio of magnetic fields as these points will be :

physics-General

parallel

The reagent best suitable for the following transformation is

The reagent best suitable for the following transformation is

chemistry-General

Statement-I : if z₁ and z₂ are two nonzero complex numbers such that $open vertical bar z subscript 1 plus z subscript 2 close vertical bar equals open vertical bar z subscript 1 close vertical bar plus open vertical bar z subscript 2 close vertical bar$ then $arg space z subscript 1 minus arg space z subscript 2$ is π/2.
Statement-II : z₁ and z₂ are two complex numbers such that $open vertical bar z subscript 1 z subscript 2 close vertical bar equals 1$ and $arg space z subscript 1 minus arg space z subscript 2$ is π/2 then $Error converting from MathML to accessible text.$

Statement-I : if z₁ and z₂ are two nonzero complex numbers such that $open vertical bar z subscript 1 plus z subscript 2 close vertical bar equals open vertical bar z subscript 1 close vertical bar plus open vertical bar z subscript 2 close vertical bar$ then $arg space z subscript 1 minus arg space z subscript 2$ is π/2.
Statement-II : z₁ and z₂ are two complex numbers such that $open vertical bar z subscript 1 z subscript 2 close vertical bar equals 1$ and $arg space z subscript 1 minus arg space z subscript 2$ is π/2 then $Error converting from MathML to accessible text.$

Consider the following reaction The product A is

Consider the following reaction The product A is

chemistry-General

parallel

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