A proton and an alpha particle after being accelerated through same potential difference , enter uniform magnetic field , the direction of which is perpendicular to their velocities . Find the ratio of radii of the circular paths of the two particles?

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A proton and an alpha particle after being accelerated through same potential difference , enter uniform magnetic field , the direction of which is perpendicular to their velocities . Find the ratio of radii of the circular paths of the two particles?

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Aipha particle m= 6.7×10^-27,q= 2e are accelerated rest through potential difference of 6.7kv they are enter a magnetic field B=0.2T perpendicular to their direction of motion the radius of the path described by them is fieB=?

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Alpha particle and proton are accelerated through the same potential difference find the ratio of their velocity acquired by both particle.?

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A charge particle after being accelerated through a potential difference ‘V’ enters in a uniform magnetic field and moves in a circle of radius r. If V is doubled, the radius of the circle will become?

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In a region of uniform electric field as an electron travels from A to B it slows from Ua is equal to 6.1 ×10 ^-6 metres per second to Ub is equal to 4.6×10^-6 metres per second what is its potential change ∆V= Vb-Va in volts? Instead of the electron in above example suppose a Proton(m=1.67×10^-27 kg) was accelerated from rest by potential difference Vba = to - 5,000 volts what would be protons change in potential energy and final speed?

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A cyclotron is a kind of particle accelerator invented by Ernest O. Lawrence at the University of California, Berkeley, in 1929–1930, and patented in 1932. A cyclotron accelerates charged particles along a spiral path outward from the center. The particles are guided by a static magnetic field to a spiral trajectory, and accelerated by a rapidly changing electric field (radio frequency). For this invention Lawrence received the 1939 Nobel Prize in Physics.Cyclotrons were the most efficient particle accelerator equipment until the 1950s, when the synchrotron replaced them, and are now used in science and nuclear medicine to generate particle beams.This will toss the particle out of resonance with the oscillating field which means that when the particle reaches the hole between the dees, the extremity of the dees won't change. Thus, the particle won't be accelerated further.So, Cyclotron isn't reasonable for accelerating electrons. Because of the small mass, the speed of electrons increments quickly. Similarly, because of fast relativistic variation in their mass, the electrons escape step with the oscillating electric field.Hence, option A is the correct option.

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A proton and an alpha particle after being accelerated through same potential difference , enter uniform magnetic field , the direction of which is perpendicular to their velocities . Find the ratio of radii of the circular paths of the two particles? for Class 12 2024 is part of Class 12 preparation. The Question and answers have been prepared according to the Class 12 exam syllabus. Information about A proton and an alpha particle after being accelerated through same potential difference , enter uniform magnetic field , the direction of which is perpendicular to their velocities . Find the ratio of radii of the circular paths of the two particles? covers all topics & solutions for Class 12 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A proton and an alpha particle after being accelerated through same potential difference , enter uniform magnetic field , the direction of which is perpendicular to their velocities . Find the ratio of radii of the circular paths of the two particles?.

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