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The graph shows the distance an object travels over time. Which table correctly describes the object's motion during each inter...Question
The graph shows the distance an object travels over time.
Which table correctly describes the object's motion during each interval of time?
A.
Interval Object's Motion
AB The object is moving at a constant speed.
BC The object is slowing down.
CD The object is moving at a constant speed.
DE The object is speeding up.
B.
Interval Object's Motion
AB The object is not moving.
BC The object is slowing down.
CD The object is moving at a constant speed.
DE The object is speeding up.
C.
Interval Object's Motion
AB The object is not moving.
BC The object is moving at a constant speed.
CD The object is not moving.
DE The object is accelerating.
D.
Interval Object's Motion
AB The object is moving at a constant speed.
BC The object is accelerating.
CD The object is moving at a constant speed.
DE The object is not moving.
Which table correctly describes the object's motion during each interval of time?
A.
Interval Object's Motion
AB The object is moving at a constant speed.
BC The object is slowing down.
CD The object is moving at a constant speed.
DE The object is speeding up.
B.
Interval Object's Motion
AB The object is not moving.
BC The object is slowing down.
CD The object is moving at a constant speed.
DE The object is speeding up.
C.
Interval Object's Motion
AB The object is not moving.
BC The object is moving at a constant speed.
CD The object is not moving.
DE The object is accelerating.
D.
Interval Object's Motion
AB The object is moving at a constant speed.
BC The object is accelerating.
CD The object is moving at a constant speed.
DE The object is not moving.
Answers
GPT-4o mini
To determine which table correctly describes the object's motion during each interval of time based on the graph of distance over time, we need to analyze each interval:
1. **AB**: If the distance is increasing linearly over time, the object is moving at a constant speed. If the distance is flat, the object is not moving.
2. **BC**: If the distance is increasing at a decreasing rate, the object is slowing down. If the distance is increasing at a constant rate, the object is moving at a constant speed.
3. **CD**: If the distance is increasing at a constant rate, the object is moving at a constant speed. If the distance is flat, the object is not moving.
4. **DE**: If the distance is increasing at an increasing rate, the object is speeding up. If the distance is flat, the object is not moving.
To provide a definitive answer, you would need to reference the specific graph mentioned to determine the exact behavior of the object in each interval. However, based on the typical interpretations:
- If the object's distance increases uniformly, it is moving at a constant speed.
- If the distance increases with decreasing slope, it is slowing down.
- If the distance increases with an increasing slope, it is speeding up.
- If the distance remains constant, the object is not moving.
Please refer to the graph to validate each of these motions during the specified intervals. If the graph indicates constant speed for AB, slowing down for BC, constant speed for CD, and speeding up for DE, then **Option A** would be correct. If you can clarify the information or structure of the graph, I can help narrow it down further!
1. **AB**: If the distance is increasing linearly over time, the object is moving at a constant speed. If the distance is flat, the object is not moving.
2. **BC**: If the distance is increasing at a decreasing rate, the object is slowing down. If the distance is increasing at a constant rate, the object is moving at a constant speed.
3. **CD**: If the distance is increasing at a constant rate, the object is moving at a constant speed. If the distance is flat, the object is not moving.
4. **DE**: If the distance is increasing at an increasing rate, the object is speeding up. If the distance is flat, the object is not moving.
To provide a definitive answer, you would need to reference the specific graph mentioned to determine the exact behavior of the object in each interval. However, based on the typical interpretations:
- If the object's distance increases uniformly, it is moving at a constant speed.
- If the distance increases with decreasing slope, it is slowing down.
- If the distance increases with an increasing slope, it is speeding up.
- If the distance remains constant, the object is not moving.
Please refer to the graph to validate each of these motions during the specified intervals. If the graph indicates constant speed for AB, slowing down for BC, constant speed for CD, and speeding up for DE, then **Option A** would be correct. If you can clarify the information or structure of the graph, I can help narrow it down further!