Question
Which statement makes an accurate comparison of the motions for objects C and D? (1 point) Responses Objects C and D have different accelerations but the same velocity throughout the motion. Objects C and D have different accelerations but the same velocity throughout the motion. Objects C and D have different velocities but the same acceleration. Objects C and D have different velocities but the same acceleration. Object D has an acceleration that is greater than the acceleration for C. Object D has an acceleration that is greater than the acceleration for C. Object C has an acceleration that is greater than the acceleration for D.
Answers
GPT-4o mini
To accurately compare the motions of objects C and D based on the statements provided, we need a bit more context about the specific motions of these objects (e.g., graphs, equations of motion, or specific numerical values). However, we can evaluate the statements logically:
1. "Objects C and D have different accelerations but the same velocity throughout the motion." - This is possible if they are at the same position at a specific instant but could change in their motion.
2. "Objects C and D have different velocities but the same acceleration." - This is also possible if they are moving apart but maintaining the same rate of change of velocity.
3. "Object D has an acceleration that is greater than the acceleration for C." - This implies that Object D is speeding up more quickly than Object C, which could be true under certain conditions.
4. "Object C has an acceleration that is greater than the acceleration for D." - This is the opposite of the previous statement and could be true under different conditions.
Without specific details about the accelerations or velocities of objects C and D, I cannot definitively declare one of these statements as accurate.
If you have context or characteristics regarding the motions of objects C and D (like graphs or specific properties), please provide that, and I'd be able to give a more precise answer.
1. "Objects C and D have different accelerations but the same velocity throughout the motion." - This is possible if they are at the same position at a specific instant but could change in their motion.
2. "Objects C and D have different velocities but the same acceleration." - This is also possible if they are moving apart but maintaining the same rate of change of velocity.
3. "Object D has an acceleration that is greater than the acceleration for C." - This implies that Object D is speeding up more quickly than Object C, which could be true under certain conditions.
4. "Object C has an acceleration that is greater than the acceleration for D." - This is the opposite of the previous statement and could be true under different conditions.
Without specific details about the accelerations or velocities of objects C and D, I cannot definitively declare one of these statements as accurate.
If you have context or characteristics regarding the motions of objects C and D (like graphs or specific properties), please provide that, and I'd be able to give a more precise answer.