Circular Motion Problems
Loading...
Loading...
12,903
Loading...
4:00
Circular Motion 1by malcfifty6,234 views- 9:40
Inclined Plane Problems (Ramp Problems)by lasseviren110,845 views
- 1:49
worst professor everby ugod355464,674 views
- 0:54
Circular Motionby ppdjoy9,468 views
- 0:51
Introduction: Uniform Circular Motionby rodgjohn10,956 views
- 9:53
Physics of Banked Turnsby lasseviren12,603 views
- 9:25
Newton's Laws of Motion Review (part I)by lasseviren13,558 views
- 9:52
Uniform Circular Motion 1, Centripetal Acceleration, Centripetal Forceby ihsankayili18,016 views
- 7:25
Centripetal Acceleration Derivation - A level physics helpby ellieuk200210,891 views
- 9:59
Friction on an inclined planeby MayahiiEDU8,467 views
- 7:25
Vector Word Problem 1by theschoolofchuck8,930 views
- 9:59
Rotational Dynamicsby lasseviren13,467 views
- 4:08
Uniform Circular Motionby bestdamntutoring671 views
- 7:26
Part II: Inclined Plane Problemsby lasseviren13,268 views
- 0:20
Circular Motion, Car on a Banked Trackby Pseudo1ntellectual20,389 views
- 4:32
Circular Motion - Science Theater 016by sciencetheater28,453 views
- 1:03
The best teacher in the worldby crippledx186,540 views
- 3:42
Centripetal Force Problemby jamdann21795 views
- 2:19
Circular Motionby PowerVine29,677 views
For the satellite problem, why do you square the term (2Re)?
brunohakalug1 1 day ago
i just wasted 9:23 mins of my life
aassxxaa1 1 month ago
@KKEEAANNUU1994 The acceleration due to gravity decreases the further you are from Earth. g=9.81 only applies if you are close to the surface of the Earth.
lemmingsgopop 2 months ago
Cant you just use, acceleration (g=9.81) =V^2/r to make the last question much simpler? or is that essentially what you did?
KKEEAANNUU1994 2 months ago
I was just writing down that formula for speed then u said it changes .....
madhawarock 3 months ago
thankyou so much for this video
monta1994 3 months ago
@angelsassin G = 9.8
Memieko 3 months ago
You can substitute g=G(M_E/R_E^2) into the result to clean it up a bit
cameronm256 3 months ago
Thanks! This really helped me with my homework this morning. You're much better than my physics teacher, I'm a Senior in HS.
Claymobileation 3 months ago
@ACslater11 He's using the formula for the gravitational force between two masses. G is the gravitational constant, which I don't remember from off the top of my head. As the satellite revolves around the earth, it is the gravitational force between the satellite and the earth that keeps the satellite in orbit.
angelsassin 3 months ago