| Problem statement Solution video |
DISCUSSION THREAD
DISCUSSION
In this problem, the x- and y-components of the position of the bottle are prescribed functions of time. The Cartesian components of velocity and acceleration for the bottle are found directly through the time derivatives of these prescribed functions of time.
Please ask and answer questions here. Either way, you learn.
I believe the constant h should have units of ft/s, not ft. I think this is an error in the homework. Please let me know if this is not the case. Thanks!
You are correct. Thanks for pointing out this. We will correct the problem statement.
How might one add vectors to their sketch? Do we simply apply them to the endpoints of the sketch? I’m not sure how we could draw the vectors, as they could be applied at any point along the curve
Forgive me, my reading comprehension is quite poor, it is specified as at t = 2s
I do not seem to currently have access to viewing the problem statement, although I believe I did before. Did it get de-listed?
it’s posted on brightspace
Tryston, you are still listed as a User on the website. Are you still not able to view the problem statements?