Recent content by Mark Hogan
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Undergrad Finding the max speed of an object between two point
Hi CWatters, Thanks for your help this is a much better way of doing it :-)- Mark Hogan
- Post #16
- Forum: Mechanics
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Undergrad Finding the max speed of an object between two point
Hello everybody, Sorry I meant... velocity final = (time x accel) + velocity initial... (typing error!). CWatters I also came out with 0.7m/s. I graphed the max velocity for both acceleration and deceleration against different distances in increments of 100mm for 1m. I was able to read from...- Mark Hogan
- Post #12
- Forum: Mechanics
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Undergrad Finding the max speed of an object between two point
Hello everybody, Thanks for your help. I found a solution. I used the following formulas -> (time = √2Xdistance / accel) and the formula -> (velocity final = time x accel x velocity initial) I then graphed the velocity for both acceleration and deceleration vs the distance traveled for a...- Mark Hogan
- Post #8
- Forum: Mechanics
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Undergrad Finding the max speed of an object between two point
I will explain it using an example: So an object starts from rest. It accelerates at 2000mm/s2 then decelerates at 3000mm/s2 to rest. The distance from start to finish let's say 200mm. But is it possible to calculate the max velocity reached while traveling between the points?- Mark Hogan
- Post #5
- Forum: Mechanics
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Undergrad Finding the max speed of an object between two point
Hello jbriggs444 and CWatters, Thank you for your help. I may not have explained my problem well.- Mark Hogan
- Post #4
- Forum: Mechanics
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Undergrad Finding the max speed of an object between two point
Hello everybody, I am trying to calculate the maximum velocity(x) an object reaches between two point. The object accelerates from point A to a certain velocity(x) and then decelerates to point B. The acceleration and deceleration are known but are different. The distance from point A to point...- Mark Hogan
- Thread
- Acceleration Deceleration Max Max velocity Point Speed
- Replies: 16
- Forum: Mechanics