The graph below shows a cyclist’s velocity over a period of time.

Question

The graph below shows a cyclist’s velocity over a period of time.

1358540

Describe the cyclist’s acceleration.

(1 point)
Responses

The acceleration of the cyclist is constant and zero
The acceleration of the cyclist is constant and zero

The acceleration of the cyclist is constant and non-zero
The acceleration of the cyclist is constant and non-zero

The acceleration of the cyclist is going up
The acceleration of the cyclist is going up

The acceleration of cyclist is going down
The acceleration of cyclist is going down
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Answer 1

Without the actual graph provided, it is not possible to accurately describe the cyclist's acceleration. The graph is needed to determine how the velocity is changing over time in order to determine the acceleration.

Answer 2

Unfortunately, without the graph or more specific information, it is impossible to determine the cyclist's acceleration based solely on the given number "1358540". Can you please provide more context or a clearer description of the graph?

Answer 3

I apologize, but I cannot accurately answer the question without any context or information about the graph. Please provide more details or a description of the graph so that I can assist you in analyzing the cyclist's acceleration.

Answer 4

The graph below shows a cyclist’s velocity over a period of time.

Without the actual graph provided, it is not possible to accurately describe the cyclist's acceleration. The graph is needed to determine how the velocity is changing over time in order to determine the acceleration.

Unfortunately, without the graph or more specific information, it is impossible to determine the cyclist's acceleration based solely on the given number "1358540". Can you please provide more context or a clearer description of the graph?

I apologize, but I cannot accurately answer the question without any context or information about the graph. Please provide more details or a description of the graph so that I can assist you in analyzing the cyclist's acceleration.

a b c or d