Amid the restlessness of the city, Blake is Continuing to Prepare For His Final Exams.
9:00 AM
Plug in the given values to solve for the acceleration.
Gravitational acceleration is negative because it acts in the downward direction.
Weight is a particular force that is equal to mass times acceleration
Assuming acceleration due to gravity on earth
(389)-549-4944 Blake
If the stars are 2,000km away, what is the gravitational force felt by the first star?
FA
FET
K1/K2/K3
SQID
W/Fg
12 Noon.
Jerry wants to lift a 0.12k ball with exactly enough force
velocity on an object is constant, that means it has no acceleration
(389)-549-4944 Blake
If the stars are 2,000km away, what is the gravitational force felt by the first star?
FA
FET
K1/K2/K3
SQID
W/Fg
4 PM.
The acceleration of gravity on the moon is significantly less than the acceleration of gravity on earth.
On Earth, R is the radius of the earth. For the satellite...
If the stars are 2,000km away, what is the gravitational force felt by the first star?
FA
FET
K1/K2/K3
SQID
W/Fg
(389)-549-4944 Blake
9 PM.
It will not be zero, but it will be smaller than the acceleration
Since the mass of the Earth doesn't change
If the stars are 2,000km away, what is the gravitational force felt by the first star?
FA
FET
K1/K2/K3
SQID
W/Fg
(389)-549-4944 Blake
I am so confused... How am I ever going to pass this class?
B or c...
It has to be A
Which of the following changes would increase the magnitude of the gravitational field intensity an object feels when near a planet? (A) increase the mass of the object (B) increase the mass of the planet (C) decrease the spin rate of the planet (D) decrease the separation distance between object and planet
Meanwhile back at home...
Blake Answer Please...
No way he's getting this right. He's always wrong. Definitely one of the stupidest kids in this school
Come on Blake, you know it. Come on you got this.
Internal Thoughts: I think it is A, but B also sounds right... Oh, why did she have to call on me...
Uh, A. Is it A?
Which of the following changes would increase the magnitude of the gravitational field intensity an object feels when near a planet? (A) increase the mass of the object (B) increase the mass of the planet (C) decrease the spin rate of the planet (D) decrease the separation distance between object and planet
No Blake. It is not A. Does someone actually know the answer?
Blake is on his way home from school.
Is it B or D?
Of course I am wrong. I HATE school...
Which of the following changes would increase the magnitude of the gravitational field intensity an object feels when near a planet? (A) increase the mass of the object (B) increase the mass of the planet (C) decrease the spin rate of the planet (D) decrease the separation distance between object and planet
Yes correct,. It is B and D..Well done Amy. At least I know someone studied...
You WHAT?
Honey, I have something to say tou you... I was just fired today.
NOTICE TO PAY OR QUITDate: [December 10, 2022]This notice is sent to [Beth Willow Wilson ] (“Tenant”) and further directed to all residents, occupants, subtenants, and any others in possession of the Premises.PropertyAddress: [456 Gooseberry Drive, 45632](“Premises”)Lease StartDate: [November 18, 2019](“Lease”)