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Class 12 Tuition > Learn Class XI-XII Tuition (PUC) > If an electron and proton enter into a magnetic field...
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If an electron and proton enter into a magnetic field with the same velocity, the electron shall experience a/an __________ force than the proton. (Greater, Lesser, Equal)

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Math lover

force experienced by a charge particle in a magnetic field is given by ;q MULTIPLIED by cross product of v(velocity) and magnetic field(B). In case magnetic field is same ,and they have same velocity ,so force will depend upon magnitude of charge .we know that charges on electron and proton are equal...
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force experienced by a charge particle in a magnetic field is given by ;q MULTIPLIED by cross product of v(velocity) and magnetic field(B). In case magnetic field is same ,and they have same velocity ,so force will depend upon magnitude of charge .we know that charges on electron and proton are equal in magnitude but opposite in nature, hence magnitude of force experienced by electron and proton both will be same. Please note that if they ask this question in exam then correct answer is "forces are not equal". Because force is a vector quantity ,and two vectors equal only when both their magnitude as well as direction are equal.Here electron amd proton will experience same magnitude of foce, but strictly forces are not equal bcoz they have opposite direction. read less
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Physics Faculty

Since F=q(v×B) therefore force on both electron & protone is same but in oposite direction because charges are equal in magnitude but opposite in nature.
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equal but opposite in direction
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Teacher

Equal
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Native English Speaker with 32 years experience in teaching English and communication skills.

Equal
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EASY CHEMISTRY

equal
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Teacher

Force on a charged particle moving in a magnetic field of strength B, with a velocity v is given by, F=q(v X B), where X is the cross product of vectors. So it can be seen that Force depends only on charge q, Field strength B and velocity v. Since the electron and proton have the same charge(magnitude),...
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Force on a charged particle moving in a magnetic field of strength B, with a velocity v is given by, F=q(v X B), where X is the cross product of vectors. So it can be seen that Force depends only on charge q, Field strength B and velocity v. Since the electron and proton have the same charge(magnitude), same velocity and enter the same magnetic field, the force on both of them will also be equal. Note: Force doesn't depend on the mass of the particle. So, even though proton and electron have different masses, it has no effect on the force. read less
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Prof.G Ramakrishna

The proton experiences greater force ,because mass of proton (1.672Ã?Â?10power(-27))kg, and mass of electron (9.11Ã?Â?10power(-31)kg.we have f =ma.
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Math Magician

equal
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Headstart to assured 95+ score in math

C
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