The graph shows an object’s distance traveled over a period of time. Which statement is true? (1 point) Responses The object’s velocity is constant. The object’s velocity is constant. The object’s acceleration is increasing. The object’s acceleration is increasing. The object’s acceleration is increasing constantly. The object’s acceleration is increasing constantly. The object’s velocity is increasing.

Question

The graph shows an object’s distance traveled over a period of time. Which statement is true? (1 point) Responses The object’s velocity is constant. The object’s velocity is constant. The object’s acceleration is increasing. The object’s acceleration is increasing. The object’s acceleration is increasing constantly. The object’s acceleration is increasing constantly. The object’s velocity is increasing.

the graph is going upward in a straight line

Answer 1

Based on the given information, the correct statement would be: "The object’s velocity is constant."

Answer 2

Based on the information provided, the statement "The object's velocity is increasing" is true. When the graph shows the object's distance traveled as an upward straight line, it indicates that the object is moving at a constant velocity.

Answer 3

To determine the correct statement based on the given graph, we need to understand the relationships between distance, velocity, and acceleration.

Distance is the total length covered by an object, while velocity is the rate at which the object changes its position in a particular direction. Acceleration, on the other hand, measures how quickly an object's velocity changes.

Based on the information given, if the graph is a straight line going upward, it indicates that the distance traveled by the object is increasing at a constant rate. However, we cannot determine the object's velocity or acceleration only from the graph.

To find the object's velocity, we would need to calculate the slope of the line on the graph. Taking the change in distance divided by the change in time between two points on the graph would give us the average velocity.

Similarly, to determine the object's acceleration, we would need to calculate the rate of change of velocity over time, which could be obtained by finding the slope of the velocity-time graph.

Without further information or calculations, we cannot definitively state the object's velocity or acceleration based solely on the given graph. Therefore, none of the statements provided can be confirmed as true or false.