Analyzing Motion of Ball in Strobe Diagram

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SUMMARY

The discussion focuses on interpreting a strobe diagram depicting the motion of a ball moving from left to right. Participants analyze the ball's motion, concluding that it is decelerating, as evidenced by the increasing distance between strobe points. The terms "acceleration" and "deceleration" are clarified, with acceleration encompassing both speeding up and slowing down. The consensus is that while the ball is not stopped, it is indeed slowing down, which aligns with the concept of deceleration.

PREREQUISITES
  • Understanding of kinematics and motion diagrams
  • Familiarity with the concepts of acceleration and deceleration
  • Knowledge of strobe diagrams and their interpretation
  • Basic physics principles related to motion
NEXT STEPS
  • Research the principles of kinematics in physics
  • Learn how to interpret strobe diagrams effectively
  • Study the differences between acceleration and deceleration
  • Explore real-world applications of motion analysis in sports or engineering
USEFUL FOR

Students studying physics, educators teaching motion concepts, and anyone interested in understanding motion analysis through diagrams.

uwmphysics
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ok. I have to look at this strobe diagram of a ball (assuming it is moving from left to right)

o...o...o...o...o..o.oo

Which statement best describes the motion of the ball shown in the strobe diagram below? (assume the ball moves from left to right)
The ball is
a. moving with constant speed
b. speeding up
c. accelerating
d. stopped

ok from left to right it is getting slower and coming to a stop. So my first thought was that the answer is stopped. Can somebody who knows how to read these diagrams tell me if they agree?
 
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It is slowing down as you say so what describes is commonly known as the rate of change of speed?
 
accelerating-but can acceleration also be slowing down? our professor used the term decceleration but that's not listed, and its not stopped the whole time, which is why i had a hard time answering the question. Thank you!
 
Decelleration is just a term for saying the acceleration is slowing down the object rather than speeding up. Broadly speaking acceleration can mean an object is speeding up or slowing down and hence you have to have extra information to determine which such as saying decelleration.
 

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