Explanation:
Newton's law of universal gravitation states that every object attracts every other object with a force. For any two objects, this force is directly proportional to the mass of each object. The greater the masses, the greater the force of attraction between them. Newton also deduced that this force decreases as the square of the distance between the centers of the objects increases. The farther away the objects are from each other, the less the force of attraction between them.
Answer:
A. you would want to use the 12 ound ball and the 18 mph speed in order to transfer the most kinetic energy
B. KE= 1/2 MV^2 so you would want to maximize both your Mass(weight of the ball) and Velocity(speed of the roll) in order to achive the greatest KE.
C. see image
Explanation:
Full disclosure not totally sure what you are being asked in the last one but I put togethere a rough sketch that is my best guess.
A horizontal force is applied to an object making it run with a constant velocity across a surface.
<u>Solution:</u>
Substitute the values in the formula V=-E*d we get the answers
let us consider the electric field that travels in a positive way or the positive direction and E denotes the magnitude
Where E= 6.8 10^5 N/C
We have the formula, V=-E*d
Take d value as 5 from the option one
put V=0 since the fields are in the X direction and the points are in the Y direction
By the formula,
(0, 5.0 m)
V=-E*d
V= -6.8x10^5V/m*5m
V=-3.40x10^6V
By the formula (5.0 m, 0)
V=-E*d
V= -6.8x10^5V/m*5m
V=-3.40x10^6V
By the formula ,
(5.0 m, 5.0 m)
V=-E*d
V= -6.8x10^5V/m*5m
V=-3.40x10^6V
sub V=5 we get,
V=-3.40x10^6V+5
v=2.40x10^6V
Answer:
B
Explanation:
You would have rain. You would have clouds, precipitation, and strong winds.