Q2 [5 marks]. Consider a proton moving across an equator of the Earth towards 35° NE-direction, at a speed of 2500 km/s. If magnetic field at a crossing point is towards 90° direction relative to equator, and has a magnitude of about 0.5 micro-Tesla, how much force would be exerted on a proton?
Q2 [5 marks]. Consider a proton moving across an equator of the Earth towards 35° NE-direction, at a speed of 2500 km/s. If magnetic field at a crossing point is towards 90° direction relative to equator, and has a magnitude of about 0.5 micro-Tesla, how much force would be exerted on a proton?
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![Q2 [5 marks]. Consider a proton moving
across an equator of the Earth towards
35° NE-direction, at a speed of 2500
km/s. If magnetic field at a crossing point
is towards 90° direction relative to
equator, and has a magnitude of about
0.5 micro-Tesla, how much force would
be exerted on a proton?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff6b66fd0-f30c-421b-800d-5229914c807e%2Ff5cb08c9-4583-4437-b18f-f5132953da5e%2F0fisvt3i_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q2 [5 marks]. Consider a proton moving
across an equator of the Earth towards
35° NE-direction, at a speed of 2500
km/s. If magnetic field at a crossing point
is towards 90° direction relative to
equator, and has a magnitude of about
0.5 micro-Tesla, how much force would
be exerted on a proton?
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