Analyzing Motion of Ball in Strobe Diagram

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Homework Help Overview

The discussion revolves around interpreting a strobe diagram that depicts the motion of a ball moving from left to right. Participants are analyzing the characteristics of the ball's motion based on the diagram's representation.

Discussion Character

  • Conceptual clarification, Assumption checking

Approaches and Questions Raised

  • Participants are exploring the meaning of the strobe diagram and discussing terms related to motion, such as constant speed, acceleration, and deceleration. There are questions about how to interpret the diagram and what the terms imply about the ball's motion.

Discussion Status

The conversation is active, with participants sharing their interpretations and seeking clarification on the terminology used to describe motion. Some guidance has been offered regarding the definitions of acceleration and deceleration, but there is no explicit consensus on the correct interpretation of the diagram.

Contextual Notes

Participants are grappling with the definitions of motion-related terms and how they apply to the scenario presented in the strobe diagram. There is also a mention of the professor's terminology, which may influence their understanding of the problem.

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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