Forces and motion scenario: speed changes over a measured time interval. Which answer best addresses Uniform acceleration (HT only) and the objective to (HT only) State that the equation final velocity squared minus initial velocity squared equals two times acceleration times distance applies to uniform acceleration?

The correct answer is: In the athlete sprint scenario, apply uniform acceleration to (HT only) State that the equation final velocity squared minus initial velocity squared equals two times acceleration times distance applies to uniform acceleration while keeping distance versus displacement separate.

The correct option is In the athlete sprint scenario, apply uniform acceleration to (HT only) State that the equation final velocity squared minus initial velocity squared equals two times acceleration times distance applies to uniform acceleration while keeping distance versus displacement separate.. It is correct because the scenario says speed changes over a measured time interval, which must be interpreted through Uniform acceleration (HT only). This directly supports the learning objective to (HT only) State that the equation final velocity squared minus initial velocity squared equals two times acceleration times distance applies to uniform acceleration. Use values 7, 14, and 15 only if the question asks for a calculation. The answer earns credit by naming the relevant force or motion quantity, using units when needed, and avoiding the boundary error distance versus displacement.