The acceleration - time graph for a uniformly chaging velocity is always?

A curve

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A horizontal line to a time axis

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An oblique line passing though acceleration axis

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An oblique line intersecting a time axis

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Solution

The correct option is B
A horizontal line to a time axis

The acceleration - time graph for a uniformly changing velocity is always a horizontal line as the velocity is changing uniformly in equal time intervals. This leads to a constant slope i.e. a constant acceleration.

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Similar questions

For a uniformly retarded motion, the velocity-time graph is :

(a) a curve

(b) a straight line parallel to the time axis.

(d) a straight line inclined to the time axis.

A object moves with uniform positive acceleration. Its velocity-time graph will be
(a) A straight line parallel to the time axis
(b) A straight line inclined at an obtuse angle to the time axis
(c) A straight line inclined at an acute angle to the time axis
(d) None of these.

The velocity-time graph for a uniformly retarded body is a starlight line included to the time axis with an obtuse angle.How is retardation calculated from the velocity-time graph?

In an acceleration-time graph, velocity decreasing at a constant rate is shown by a straight line AB parallel to time-axis, in the negative side of the acceleration axis.

For velocity Vs time graph, if it shows a straight line horizontal to a time axis then___.

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The acceleration - time graph for a uniformly chaging velocity is always?

The correct option is B A horizontal line to a time axis The acceleration - time graph for a uniformly changing velocity is always a horizontal line as the velocity is changing uniformly in equal time intervals. This leads to a constant slope i.e. a constant acceleration.

The correct option is B
A horizontal line to a time axis

The acceleration - time graph for a uniformly changing velocity is always a horizontal line as the velocity is changing uniformly in equal time intervals. This leads to a constant slope i.e. a constant acceleration.