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/An electron travels through a magnetic field with a strength of 3.10 T and is traveling at a speed of 3.49x10 m/s. What is the force on the electron as shown in the figure? O 1.22x10-11 (-9 – Â) N O 1.73x10-11 ( + ) N O 1.22x10-11 (+Â)N O 1.73x10-11 (-9 - ) N

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An electron travels through a magnetic field with a strength of 3.10 T and is traveling at a speed of 3.49x10 m/s. What is the force on the electron as shown in the figure? O 1.22x10-11 (-9 – Â) N O 1.73x10-11 ( + ) N O 1.22x10-11 (+Â)N O 1.73x10-11 (-9 - ) N

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Transcribed Image Text: An electron travels through a magnetic field with a strength of 3.10 T and is traveling at a speed of 3.49x10 m/s. What is the force on the electron as shown in the figure? O 1.22x10-11 (-9 – Â) N O 1.73x10-11 ( + ) N O 1.22x10-11 (+Â)N O 1.73x10-11 (-9 - ) N

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Transcribed Image Text: An electron travels through a magnetic field with a strength of 3.10 T and is traveling at a speed of 3.49x10 m/s. What is the force on the electron as shown in the figure? O 1.22x10-11 (-9 – Â) N O 1.73x10-11 ( + ) N O 1.22x10-11 (+Â)N O 1.73x10-11 (-9 - ) N

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EXRVIA

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velocity {:[ vec(v)=3.49 xx10^(7)sin 45^(@)( hat(k))-3.49 xx10^(9)cos hat(ȷ)],[ vec(V)=(3.49 xx10^(7))/(sqrt2)( hat(k)- hat(ȷ))],[ vec(B)=3.10 T( ... See the full answer