a proton and alpha particle both enter|A proton and an alpha

a proton and alpha particle both enter,Ago 27, 2020 — A proton and an alpha particle both enter a region of uniform magnetic field B, moving at right angles to the field B. #JEEMains #JEEAdvanced #NEET#IITJEEPhy.Dis 19, 2019 — A proton and an alpha particle both enters a region of uniform magnetic field B, moving at right angles to the field B. If the radius of circular orbits for both the particles is .A proton and an alphaA proton and an alpha particle both enter a region of uniform magnetic field B, moving at right angles to the field B. If the radius of circular orbits for both the particles is equal and the .Ago 1, 2022 — A proton and an alpha particle both enter a region of uniform magnetic field B, moving at right angles to field B. If the radius of circular orbits for both .

a proton and alpha particle both enter A proton and an alphaA proton and an alpha particle both enter a region of uniform magnetic field B, moving at right angles to field B. If the radius of circular orbits for both the particles is equal and the kinetic .A proton and an alpha particle both enter a region of uniform magnetic field B, moving at right angles to the field B. The radius of circular orbits for both particles is equal, and the kinetic .A proton and an alpha particle both enter a region of uniform magnetic field B, moving at right angles to the field B. If the radius of circular orbits for both the particles is equal and the .A proton and an alpha particle both enter a region of uniform magnetic field B, moving at angles to the field B. If the radius of circular orbits for both the particles is equal and the kinetic .

A proton and an alpha-particle enter a uniform magnetic field with the same velocity. The period of rotation of the alpha particle will be (A) four times that of the proton. (B) two times that of .A proton and an α-particle, accelerated through same potential difference, enter in a region of uniform magnetic field with their velocities perpendicular to the field. Compare the radii of circular paths followed by them. . An α-particle and proton are accelerated from rest through same potential difference and both enter into a uniform .a proton and alpha particle both enterA proton and an α-particle enter a uniform magnetic field perpendicularly with the same speed. If proton takes 25 μ second to make 5 revolutions, then times period for the α -particle would be View Solution

A proton and an α - particle (Helium nucleus) enters a uniform magnetic field with their direction of velocity perpendicular to the direction of magnetic field. (i v) If proton and α - particle enter the magnetic field, perpendicular to it with same kinetic energy, then the ratio of the radii of curvature of proton and α - particle will beA proton and an alpha particle both enter a region of uniform magnetic field B, moving at right angles to the field B. if the radius of circular orbits for both the particles is equal and the kinetic energy acquired by proton is , the energy acquired by the alpha particle will be: (1) (2) (3) (4)Ago 23, 2024 — A proton and alpha particle both enter a region of uniform magnetic field B, moving at right angles to the field B. If the radius of circular orbits for both the particles is equal and the kinetic energy acquired by the proton is \[1\,{\text{MeV}}\], the energy acquired by the alpha particle will be:A proton and an α - particle (Helium nucleus) enters a uniform magnetic field with their direction of velocity perpendicular to the direction of magnetic field. (i i) If proton and α - particle enter the magnetic field, perpendicular to it with same velocity, then the ratio of the radii of curvature of proton and α - particle will be [1 Mark]

A proton and an α - particle (Helium nucleus) enters a uniform magnetic field with their direction of velocity perpendicular to the direction of magnetic field. (i v) If proton and α - particle enter the magnetic field, perpendicular to it with same kinetic energy, then the ratio of the radii of curvature of proton and α - particle will be .A proton and an α - particle (Helium nucleus) enters a uniform magnetic field with their direction of velocity perpendicular to the direction of magnetic field. (i i) If proton and α - particle enter the magnetic field, perpendicular to it with same velocity, then the ratio of the radii of curvature of proton and α - particle will be[1 Mark]A proton and an alpha particle both enter a region of uniform magnetic field B, moving at angles to the field B. If the radius of circular orbits for both the particles is equal and the kinetic energy acquired by proton is 1 MeV, the energy acquired by the alpha particle will be. 4 MeV. 0.5 Mev. 1.5 MeV. 1.5 MeVDis 23, 2018 — A proton and an alpha particle both enter a region of uniform magnetic field B, moving at right angles to the field B. lf the radius of circular orbits for both the particles is equal and the kinetic energy acquired by proton is 1 Me V, the energy acquired by the alpha particle will be (a) 1.5 Me V (b) 1 Me V (c) 4 Me V (d) 0.5 Me VA proton and an alpha particle both enter a region of uniform magnetic field B, moving at angles to the field B. If the radius of circular orbits for both the particles is equal and the kinetic energy acquired by proton is 1 MeV, the energy acquired by the alpha particle will be. 4 MeV. 0.5 Mev. 1.5 MeV. 1.5 MeVA proton and an α - particle (Helium nucleus) enters a uniform magnetic field with their direction of velocity perpendicular to the direction of magnetic field. (i i) If proton and α - particle enter the magnetic field, perpendicular to it with same velocity, then the ratio of the radii of curvature of proton and α - particle will be[1 Mark]

Dis 19, 2019 — A proton and an alpha particle both enters a region of uniform magnetic field B, moving at right angles to the field B. If the radius of circular orbits for both the particles is equal and the kinetic energy acquired by proton is `1 MeV`, the energy acquired by the alpha particles will be : A. 1 MeV B. 4 MeV C. 0.5 MeV D. 1.5 MeV

May 8, 2022 — An alpha particle is a particle consisting of two protons, two neutrons, and no electrons. Essentially, it is a helium-4 nucleus. Other names for alpha particles are alpha rays or alpha radiation. . If alpha particles enter the body, they are so massive and reactive that they are the most destructive form of radiation. Significant doses of .A proton and an α - particle enter a uniform magnetic field perpendicularly with the same speed. If proton takes 25 μ s e c to make 5 revolutions, then the periodic time for the α - particle would beA proton and an alpha particle both enter a region of uniform magnetic field B, moving at right angles to field B. If the radius of circular orbits for both the particles is equal and the kinetic energy acquired by proton is 1 MeV the energy acquired by the alpha particle will be:(a) 0.5 MeV(b) 1.5 MeV(c) 1 MeV(d) 4 MeV

A proton and an α - particle (Helium nucleus) enters a uniform magnetic field with their direction of velocity perpendicular to the direction of magnetic field. (i i) If proton and α - particle enter the magnetic field, perpendicular to it with same velocity, then the ratio of the radii of curvature of proton and α - particle will be [1 Mark]Assertion :If a proton and an α-particle enter a uniform magnetic field perpendicularly with the same speed, then the time period of revolution of the α-particle is double than that of proton. Reason: In a magnetic field, the time period of revolution of a charged particle is directly proportional to mass.

a proton and alpha particle both enter|A proton and an alpha

a proton and alpha particle both enter|A proton and an alpha.

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