The product of (mass) x (acceleration) is equal to (force).
So if (force) doesn't change and (mass) changes, then
(acceleration) has to change in the other direction from (mass)
in order to keep their product constant.
If the (forces) on both wagons are equal but one wagon has
double the (mass) of the other, then the more massive wagon
has (1/double) = 1/2 the acceleration of the less massive one.
Answer:
John Philip Sousa gained great proficiency on the violin, age of 13 he was almost persuaded to join a circus band,his father intervened and enlisted him as an apprentice musician in the Marine Band, Louis, he received a telegram offering him the leadership of the Marine Band in Washington
Explanation:
Answer:
<h2>2,000 kg boulder</h2>
Explanation:t
The Inertial is the resistance of a body at rest to be in motion
Given the following item
1. 4kg shot put ball
2. 2,000 kg boulder
The body of greater mass has greater inertia, hence would be harder to accelerate.
<em> An object with a small inertial mass will accelerate more than an object with a large inertial mass when acted upon by the same force.</em>
Of the 2 items in the list, the 2,000 kg boulder has the largest mass, hence it also has the greater inertial and more difficult to accelerate.
Answer:
the size, length, or amount of something, as established by measuring.
Explanation:
Answer:
Yes
Explanation:
= Mass of uranium 238 ion =
= Mass of uranium 235 ion =
v = Velocity of ions =
q = Charge of triply charged ions =
B = Magnetic field = 0.25 T
The force balance is
The difference between the radius of the ions are
Separation is given by
The separation between their paths when they hit a target after traversing a semicircle is .
Yes, the distance between the paths is 2.5 cm is a practical separation between as it is easily measurable.