Mention some uses of velocity-time graphs.
(N/A) The velocity-time graphs have the following uses:
$(i)$ To determine the total distance travelled by a particle,which is equal to the area under the velocity-time graph.
$(ii)$ To determine the instantaneous velocity of the particle at any given time $t$.
$(iii)$ To determine the acceleration of the object,which is equal to the slope of the velocity-time graph.
$(i)$ To determine the total distance travelled by a particle,which is equal to the area under the velocity-time graph.
$(ii)$ To determine the instantaneous velocity of the particle at any given time $t$.
$(iii)$ To determine the acceleration of the object,which is equal to the slope of the velocity-time graph.
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Similar Questions
In your everyday life,you come across a range of motions in which
$(a)$ acceleration is in the direction of motion.
$(b)$ acceleration is against the direction of motion.
$(c)$ acceleration is uniform.
$(d)$ acceleration is non$-$uniform.
Can you identify one example each of the above type of motion?
$(a)$ acceleration is in the direction of motion.
$(b)$ acceleration is against the direction of motion.
$(c)$ acceleration is uniform.
$(d)$ acceleration is non$-$uniform.
Can you identify one example each of the above type of motion?
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View SolutionIdentify what the graphs shown below indicate.
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View Solution$(a)$ Which type of motion is represented by the velocity-time graph shown below?
$(b)$ Name the physical quantity which can be calculated by the area of rectangle $OABC$.
$(c)$ What does the straight line $AB$ represent?
$(b)$ Name the physical quantity which can be calculated by the area of rectangle $OABC$.
$(c)$ What does the straight line $AB$ represent?
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View SolutionWhat is the difference between uniform motion in a straight line and uniform circular motion?
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View SolutionThe graph given below is the distance-time graph of an object.
$(i)$ Find the speed of the object during the first four seconds of its journey.
(ii) How long was it stationary?
(iii) Does it represent a real situation? Justify your answer.
$(i)$ Find the speed of the object during the first four seconds of its journey.
(ii) How long was it stationary?
(iii) Does it represent a real situation? Justify your answer.
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