Magnetic confinement is used in controlled fusion experiments to
A)provide neutrons.
B)accelerate nuclei.
C)control a plasma.
D)excite nuclei into higher energy levels.
E)inject energy into nuclei.

Question

Quizplus · Accepted Answer

Magnetic confinement is a technique that uses strong magnetic fields to control and confine a plasma, which is necessary for controlled fusion experiments. The magnetic fields guide the movement of the charged particles in the plasma, preventing them from escaping or colliding with the walls of the container. This allows the plasma to reach the high temperatures and pressures necessary for nuclear fusion to occur. Magnetic confinement does not provide neutrons, accelerate nuclei, excite nuclei into higher energy levels, or inject energy into nuclei.

Magnetic Confinement Is Used in Controlled Fusion Experiments to