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Consider the following scalar and vector potentials: V(r,t) = ct K A(r,t) = = -- с where K is a constant and c is the speed of light in vacuum. 1. Assuming these potentials satisfy the Lorenz gauge, determine K. 2. Do these potentials also satisfy the Coulomb gauge?

Consider the following scalar and vector potentials: V(r,t) = ct K A(r,t) = = -- с where K is a constant and c is the speed of light in vacuum. 1. Assuming these potentials satisfy the Lorenz gauge, determine K. 2. Do these potentials also satisfy the Coulomb gauge?

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Consider the following scalar and vector potentials: V(r,t) = ct K A(r,t) = = -- с where K is a constant and c is the speed of light in vacuum. 1. Assuming these potentials satisfy the Lorenz gauge, determine K. 2. Do these potentials also satisfy the Coulomb gauge?
Transcribed Image Text:Consider the following scalar and vector potentials: V(r,t) = ct K A(r,t) = = -- с where K is a constant and c is the speed of light in vacuum. 1. Assuming these potentials satisfy the Lorenz gauge, determine K. 2. Do these potentials also satisfy the Coulomb gauge?
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