The discussion focuses on solving a physics problem involving distance traveled when decreasing velocity, specifically in the context of an amusement park ride launched at an angle of 90 degrees with an initial velocity of 50 m/s. Key equations mentioned include the SUVAT equations, which relate speed, distance, and acceleration. Participants recommend resources such as Khan Academy and external links for further understanding of kinematics and constant acceleration problems. The consensus is that a review of the SUVAT equations will provide the necessary tools to solve the problem effectively.
PREREQUISITESStudents revisiting physics concepts, educators teaching kinematics, and anyone needing assistance with solving motion-related problems in physics.
I don’t have any to go off of. I’m reviewing physics (haven’t had it in 5 years) and am stuck on this type of problem, so additional help would be appreciated. ThanksNugatory said:What equations have been mentioned in class or your textbook so far? Look at them, think about what they mean, one or more of them will be relevant.
It is a constant acceleration problem. Read https://www.ncl.ac.uk/webtemplate/a...mechanics/kinematics/equations-of-motion.html.brslagle said:Homework Statement: An amusement park ride launches a rider at an
angle of 90 degrees to the horizontal, with an initial
velocity of 50 m/s. Ignoring air resistance, what
will be the rider’s height at t = 1.5, t = 4 and t = 6
seconds?
Relevant Equations: unsure
dont know where to start. Other than it will take 5 seconds for v = 0m/s
Alternatively, try the Khan Academy. It seems you need a course in physics, not just a bit of help:brslagle said:I don’t have any to go off of. I’m reviewing physics (haven’t had it in 5 years) and am stuck on this type of problem, so additional help would be appreciated. Thanks
Google for “SUVAT equations “. They relate speed, distance, and acceleration.brslagle said:I don’t have any to go off of. I’m reviewing physics (haven’t had it in 5 years) and am stuck on this type of problem, so additional help would be appreciated. Thanks
That's why I recommend Khan Academy. That's a reliable source for SUVAT.Nugatory said:Google for “SUVAT equations “. They relate speed, distance, and acceleration.
Thanks so much! That got me where I needed to be.Nugatory said:Google for “SUVAT equations “. They relate speed, distance, and acceleration.
Thanks. The SUVAT problems were the only questions I was having issues on, so I dont think an entire course is necessary, but thanks for the suggestion.PeroK said:Alternatively, try the Khan Academy. It seems you need a course in physics, not just a bit of help:
https://www.khanacademy.org/science/physics