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What is the instantaneous magnetic force on a proton (+e) moving with velocity v =- vj in a uniform magnetic field B = B(i + k)? ev BG + k) b. F = ev,B,(k - i) 2 ev B, k - ev B, (k + i) a. F = ev B,j + k) C. d. F

What is the instantaneous magnetic force on a proton (+e) moving with velocity v =- vj in a uniform magnetic field B = B(i + k)? ev BG + k) b. F = ev,B,(k - i) 2 ev B, k - ev B, (k + i) a. F = ev B,j + k) C. d. F

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What is the instantaneous magnetic force on a proton (+?) moving with velocity ? in a uniform magnetic field? Refer to the question on the image, kindly provide complete solutions. 

What is the instantaneous magnetic force on a proton (+e) moving vj in a uniform magnetic field B = B(i + k)? with velocity v=- v a. F = ev B,j + k) b. F = ev B,(k - ) c.F = 2ev B, k d. F = - ev,B, (k + ô с.
Transcribed Image Text:What is the instantaneous magnetic force on a proton (+e) moving vj in a uniform magnetic field B = B(i + k)? with velocity v=- v a. F = ev B,j + k) b. F = ev B,(k - ) c.F = 2ev B, k d. F = - ev,B, (k + ô с.
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