-240V, -mV-2qV = V f [Equation 5] m q/m = V rB [Equation 4] Our goal in this lab is to measure the charge-to-mass rat

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answerhappygod
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-240V, -mV-2qV = V f [Equation 5] m q/m = V rB [Equation 4] Our goal in this lab is to measure the charge-to-mass rat

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240v Mv 2qv V F Equation 5 M Q M V Rb Equation 4 Our Goal In This Lab Is To Measure The Charge To Mass Rat 1
240v Mv 2qv V F Equation 5 M Q M V Rb Equation 4 Our Goal In This Lab Is To Measure The Charge To Mass Rat 1 (4.05 KiB) Viewed 8 times
240v Mv 2qv V F Equation 5 M Q M V Rb Equation 4 Our Goal In This Lab Is To Measure The Charge To Mass Rat 2
240v Mv 2qv V F Equation 5 M Q M V Rb Equation 4 Our Goal In This Lab Is To Measure The Charge To Mass Rat 2 (2.83 KiB) Viewed 8 times
-240V, -mV-2qV = V f [Equation 5] m

q/m = V rB [Equation 4]

Our goal in this lab is to measure the charge-to-mass ratio of an electron. Equation 4, which you derived above, provides q/m in terms of v, B, and r. Equation 5, which you derived above, provides v in terms of m, q, and AV₂. Use these two equations to find another equation for g/m in terms of r, B, and AV₂: [Equation 7]
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