Man & Dog: DistanceTraveled Ques.

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Homework Help Overview

The problem involves a scenario where a man jogs at a constant speed while his dog starts running after a delay, aiming to catch up with him. The subject area pertains to kinematics, specifically the analysis of relative motion and distance traveled over time.

Discussion Character

  • Exploratory, Assumption checking

Approaches and Questions Raised

  • Participants discuss the need for showing work and question what quantity must be the same for both the man and the dog when the dog catches up. There is an exploration of the concept of velocity in relation to the problem.

Discussion Status

The discussion is ongoing, with participants prompting the original poster to clarify their approach and consider key concepts related to the problem. There is a focus on understanding the relationship between the man and the dog in terms of their motion.

Contextual Notes

Participants emphasize the importance of showing work and understanding the underlying principles before moving forward with the solution.

AraProdieur
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I am having a problem with a question, I am wondering if anyone can help me with it.
A man jogs at a speed of 1.5m/s. His dog waits 1.6s and then takes off running at a speed of 3.8m/s to catch the man. How far will they have each traveled when the dog catches up with the man? Answer in units of m.
 
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You need to show some work before we can help you. As a hint, what quantity must be the same for both the man and the dog when the catches the man up?
 
cristo said:
You need to show some work before we can help you. As a hint, what quantity must be the same for both the man and the dog when the catches the man up?

The acceleration?
 
AraProdieur said:
The acceleration?

No. Think about it like this. Imagine you are walking down the street and your dog is following you. When it catches you up, you are both in the same ______.
 
cristo said:
No. Think about it like this. Imagine you are walking down the street and your dog is following you. When it catches you up, you are both in the same ______.

velocity
 

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