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Q13. From the graph
Section D
a. For which interval of time the body h

Q13. From the graph Section D a. For which interval of time the body has a uniform motion ? Find the velocity in this time interval. b. For which interval of time the body has the accelerated motion ? Calculate the acceleration.

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speed is non-uniform. Figure 34. Distance-time We know that when a body moves with a non-uniform speed then its. graph for non-uniform speed. motion is said to be accelerated. So, the curved line in Figure 34 also represents the distance-time graph of a body moving with accelerated motion. If a displacement-time graph is drawn, then it will specifically represent 'velocity. For example, if the displacement-time graph of a moving body is a straight line, then it represents uniform velocity of the body. We will now discuss the speed-time graphs of a moving body. In fact, the speed-time graphs are also known as velocity-time graphs. So, whether we write a speed-time graph or a velocity-time graph, it will mean the same thing. 2. SPEED-TIME GRAPHS (OR VELOCITY-TIME GRAPHS) We can have three types of speed-time graphs for a moving body. These three cases are: (i) When the speed of the body remains constant (and there is no acceleration) (ii) When the speed of the body changes at a uniform rate (there is uniform acceleration) (iii) When the speed of the body changes in a non-uniform way (there is non-uniform acceleration) We will now discuss these three types of speed-time graphs in detail, one by one. when the Speed Remains Constant when the speed remains By saying that the speed of a body is constant (or uniform), we mean that the speed does not change with time and hence there is no acceleration. So, a speed- Solence for Ninth Closs: Physics
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Question Text
Q13. From the graph Section D a. For which interval of time the body has a uniform motion ? Find the velocity in this time interval. b. For which interval of time the body has the accelerated motion ? Calculate the acceleration.
Updated OnSep 3, 2022
TopicPhysics
SubjectScience
ClassClass 9
Answer Type Video solution: 1
Upvotes119
Avg. Video Duration13 min