Yeah because gravity would not affect much when it's it orbit. Due to distance
At Earth's surface, how far is an object from the centre of the earth?
(7.00 x 10^6m) - (Earth's radius)
So I fully realized my error, I should known it was the radius of orbit. I did re-calculation for all questions.
a)PEg = -(6.67x10^-11)(5.98x10^24)(1550)/(7.00 x 10^6)
= -8.83 x10^10J
b) I didn't had to use Vescape formula since it was in orbit
V= root (G)(Me)/R
v= root...
I'm sorry if you felt that way, I'm legitimately self-motivated and working hard to achieve decent knowledge in physics. I'm uncertain what made you feel bad and I apologize if you think I only used helpers to check my work which isn't true. Again, I might just leave this forum if you don't seem...
Homework Statement
A ball bearing of mass m = 50.0 g, is sitting on a vertical spring whose force constant is 120.0 N/m. The initial position of the spring is at y = 0 m[/B]
a) The spring is compressed downward a distance x = 0.200 m. From the compressed position, how high will the ball...
Yeah, that is a big problem for me. I'm more focused on getting numbers into equation rather than trying to put into my head. I will fix that habit asap.
Also, yes hang time is the time when projectile is in the air. Do you recognize any an error from my calculations?
Homework Statement
A cannonball is fired with a velocity of 125 m/s at 25.0° above the horizontal
a) Determine the horizontal and vertical components of the initial velocity.
b) Determine the maximum height the cannonball reaches in its path
c) Determine the time it takes to reach maximum...
The radius I used to calculated was (6.38 x 10^6m) The Earth's radius plus 7.00 x 10^6 m from the question. (7.00 x 10^6m)+(6.38 x 10^6) = 1.338 x 10^7 m
Is this what you are referring to? Sorry for making mistake, I actually trying my best