sorry to be so off topic but does anyone know of a way to get back into an instagram account? I stupidly forgot the account password. I love any assistance you can give me!
@Wilson Isaias i really appreciate your reply. I got to the site on google and Im in the hacking process now. Takes a while so I will get back to you later when my account password hopefully is recovered.
Pfffftttt me right now, I already took the test (probably failed cause he didn’t teach at all) but our teacher is still making us do one-pagers on a bunch of these videos
@@yup3961 well yes but actually no haha. would've been more helpful if assigned to these videos before the actual AP Physics test lolol- smart but not smart enough, thanks Mr. ✌💀
Gravity is a "two way street", so yes, both objects involved would be attracted to each other. However, as long as M is much larger than m, you can neglect the motion of M, and focus only on the motion of m. When m is much smaller than M, the acceleration of m is independent of mass, since both gravitational mass and inertial mass come as a package deal. So the orbital mechanics are independent of the mass of the body in orbit, as long as it is insignificant compared to the parent body that hosts the orbit.
@@carultch lol six years later with a B.S. in Aerospace Engineering under my belt it’s fun to see this comment again. Thanks for the response , explained very well!
Period and Frequency: 0:00
Centripetal Acceleration: 2:08
Centripetal Forces: 4:20
Newton's Universal Gravity: 6:38
Gravitational Field: 8:29
Density: 10:50
Gravitational Orbits: 13:01
sorry to be so off topic but does anyone know of a way to get back into an instagram account?
I stupidly forgot the account password. I love any assistance you can give me!
@Juan Billy Instablaster ;)
@Wilson Isaias i really appreciate your reply. I got to the site on google and Im in the hacking process now.
Takes a while so I will get back to you later when my account password hopefully is recovered.
@@juanbilly1364 Did you get it?
I learned more in these videos that my ap class
Pfffftttt me right now, I already took the test (probably failed cause he didn’t teach at all) but our teacher is still making us do one-pagers on a bunch of these videos
@@jjayastro at least he’s smart enough to know he’s not an effective teacher by sending his class to these teachers
@@yup3961 well yes but actually no haha. would've been more helpful if assigned to these videos before the actual AP Physics test lolol- smart but not smart enough, thanks Mr. ✌💀
exciting! could you please pause between points of intrest? my brain can't take all the information.
you can you space to pause the video.
Love these videos
At around 8:40 I'm confused wouldn't the mass of whatever is being attracted have an affect?
it wouldnt because it would cancel out. Remember mg=GMm/R^2 so the little m cancels out.
Gravity is a "two way street", so yes, both objects involved would be attracted to each other. However, as long as M is much larger than m, you can neglect the motion of M, and focus only on the motion of m. When m is much smaller than M, the acceleration of m is independent of mass, since both gravitational mass and inertial mass come as a package deal. So the orbital mechanics are independent of the mass of the body in orbit, as long as it is insignificant compared to the parent body that hosts the orbit.
@@carultch lol six years later with a B.S. in Aerospace Engineering under my belt it’s fun to see this comment again. Thanks for the response , explained very well!
Very nice
Good luck on your exam
nice thumbnail m8
The (2s)^2 is written incorrectly because when multiplied it gives 4s^2 and not 2s^2
he divided 4s^2/2r so it cancels the 4 to a 2
So massive people are more attractive