Final answer:
When graphing the Maxwell speed distribution, the outcome is a bell-shaped curve, with a peak at the most probable speed for particles in an ideal gas.
Step-by-step explanation:
When you graph the Maxwell speed distribution, the result is a bell-shaped curve. This statistical distribution describes the speeds of particles within an ideal gas assuming no intermolecular forces are present, and is applicable in the realm of classical thermodynamics. The Maxwell distribution shows how the speeds of particles are distributed around a most probable speed, with fewer particles moving much faster or much slower than this speed.
The correct answer to what happens when you graph the Maxwell speed distribution is c) A bell-shaped curve. This curve reaches a maximum at the most probable speed, declines as the speed moves away from this maximum and tends toward zero as the speed increases further.