Diagram description: Through a clever arrangement of charges you have produced, on the x-axis, the electric potential shown in the figure. The charges mentioned below are constrained to move along the x-direction. a)Suppose V(b)=3V, V(d)=−2V and V(f)=1V. What is the maximum speed that the electron (with charge −q and mass m) would reach? b)Suppose V(b)=3V, V(d)=−2V and V(f)=1V. Above what speed would a proton (charge +q, mass m) have to be moving at point c for it to be able to reach point g?
Diagram description: Through a clever arrangement of charges you have produced, on the x-axis, the electric potential shown in the figure. The charges mentioned below are constrained to move along the x-direction. a)Suppose V(b)=3V, V(d)=−2V and V(f)=1V. What is the maximum speed that the electron (with charge −q and mass m) would reach? b)Suppose V(b)=3V, V(d)=−2V and V(f)=1V. Above what speed would a proton (charge +q, mass m) have to be moving at point c for it to be able to reach point g?
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Diagram description: Through a clever arrangement of charges you have produced, on the x-axis, the electric potential shown in the figure. The charges mentioned below are constrained to move along the x-direction.
a)Suppose V(b)=3V, V(d)=−2V and V(f)=1V. What is the maximum speed that the electron (with charge −q and mass m) would reach?
b)Suppose V(b)=3V, V(d)=−2V and V(f)=1V. Above what speed would a proton (charge +q, mass m) have to be moving at point c for it to be able to reach point g?
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