Physics Tutorial Lesson: Relative Velocity Part 5 High School help
Uploader Comments (PhysicsEH)
Top Comments
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This is really awesome. I took physics in high school, and unlike other people on here, my teacher was actually good, so I thought I'd look at physics lessons online. I'm in college now and I'm not even taking physics, but I find these very helpful and simply entertaining considering the fact that I don't need this information right now. Thanks to this and some other things, physics is peaking my interest now! Thanks!
All Comments (19)
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Hmm. You actually solved it much more complicated than I thought.
Could you solve this problem with the whole theory/process behind the splitting x-components and y-components?
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my teacher didn't teach us this way when we did air plane problems, we drew compasses, then draw the first vector from the center to where it leads to, we would then draw another compass, then draw the next vector from there, next you would connect the tails and leading. We then found z patterns to find as much info as possible then did cosine and sine law to solve.
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im looking through all ure vids for studying for my physics exam tomorrow, finally finished with kinematics which is by far for me the hardest unit, next 2-d dynamics =)
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@PhysicsEH You probably should make a video of that type.
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Thanks so so much!! This helped a lot :3
You are great :) KEEP IT UP!
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awesome teacher, earl haig is a great school.. i live not far at sir john a macdonald
PLEASE come to my school: maple high school
imjusthedude 5 months ago
@imjusthedude Hi. Thanks for the invitation.
PhysicsEH 5 months ago
I love this. I love you.
lilxdevil3654 5 months ago 5
@lilxdevil3654 Thanks. We don't hear that often. Glad to help.
PhysicsEH 5 months ago
Is the plane relative to the ground always the resultant in all cases?
jclemz 5 months ago
@jclemz We consider the ground to be non moving so that the resultant is always relative to the ground. Your teacher could make up a problem where they wanted to know the result relative to another moving object like another plane and so the resultant would be relative to that object. That's a much more advanced question and I doubt you would be given that. I don't even have a video on that type. I hope that helps.
PhysicsEH 5 months ago