Imagine that in a certain region of space, an electric field is uniform in magnitude and direction. What can we conclude about the magnetic field in that region?
A) $\vec{B}=0$.
B) $\vec{B}$ must be uniform in space.
C) $\vec{B}$ must be constant in time.
D) $\vec{B}$ must be both uniform in space and constant in time.
E) There are no restrictions on $\vec{B}$.
F) There are other restrictions on $\vec{B}$ (specify).

Question

Quizplus · Accepted Answer

The Answer of Imagine that in a certain region of space, an electric field is uniform in magnitude and direction. What can we conclude about the magnetic field in that region?
A) $\vec{B}=0$.
B) $\vec{B}$ must be uniform in space.
C) $\vec{B}$ must be constant in time.
D) $\vec{B}$ must be both uniform in space and constant in time.
E) There are no restrictions on $\vec{B}$.
F) There are other restrictions on $\vec{B}$ (specify).

Imagine That in a Certain Region of Space, an Electric B⃗=0\vec{B}=0B=0

Imagine That in a Certain Region of Space, an Electric $\vec{B}=0$