Question

Which statement best describes what the graph shows?

A. As speed increases, kinetic energy stays the same.
B. As kinetic energy increases, speed decreases exponentially
C. As speed decreases, kinetic energy doubles each time.
D. As speed increases, kinetic energy increases exponentially

Answer 1

Answer:B

Step-by-step explanation:Why because kinetik energy is moving and since its a curve line instead of straigh the speed will decrease

Sorry if I am wrong

Answer 2

D. As speed increases, kinetic energy increases exponentially. The correct statement is D.

As speed increases, kinetic energy increases exponentially. The relationship between kinetic energy (KE) and speed is given by the formula
`KE = 0.5 * m * v^2`,

where m is the mass and v is the speed.

As speed (v) increases, the square of speed (
`v^2`) has an exponential impact on kinetic energy.

Therefore, as speed increases, kinetic energy increases exponentially.

This relationship is evident in the graph, reflecting the non-linear and accelerating nature of kinetic energy with respect to speed.