We use cookies to give you the best experience possible. By continuing we’ll assume you’re on board with our cookie policy

# AP Physics Atwood Machine Lab Essay

The two objects of equal masses are suspended over a light pulley, the objects will move only until they are both at equal distances from the ground. Then they will not move at all. 2. Net force, mass of an object, and acceleration. 3. (A) Acceleration would increase. The mass of one side is greater than the mass of the other, meaning the heaver side has a greater weight force (MGM) acting upon it equating to a greater acceleration. B) the acceleration will remain the same because ratio of masses are equal. 4. (A) If the total mass is constant, and mass is moved from one side to the other, the acceleration would stay the same. (B) If the mass were to gradually increase on both sides, the acceleration would slow down. 5. Two masses have the same acceleration because the forces are the same. Analysis 2. There is a direct relationship between difference in mass and acceleration.

We will write a custom essay sample on AP Physics Atwood Machine Lab Essay specifically for you
for only \$16.38 \$13.9/page

Order now

As the difference increased the acceleration increased. 4. As our total mass increased, the acceleration decreased. The relationship was inverse. If there is more mass, acceleration will be slower. It would take more force to make it accelerate at the same rate as if there was less total mass. The result of changing only the total mass and not the force making it accelerate or other variables gives you the inverse relationship between total mass and acceleration. 5. 6.

Choose Type of service

Choose writer quality

Page count

1 page 275 words

Order Essay Writing Sara from Artscolumbia

Hi there, would you like to get such an essay? How about receiving a customized one?
Check it out goo.gl/Crty7Tt

AP Physics Atwood Machine Lab Essay
Artscolumbia Artscolumbia

The two objects of equal masses are suspended over a light pulley, the objects will move only until they are both at equal distances from the ground. Then they will not move at all. 2. Net force, mass of an object, and acceleration. 3. (A) Acceleration would increase. The mass of one side is greater than the mass of the other, meaning the heaver side has a greater weight force (MGM) acting upon it equating to a greater acceleration. B) the acceleration will remain the same

2018-10-23 00:50:36 \$ 13.900 2018-12-31
artscolumbia.org
In stock
Rated /5 based on customer reviews