Distance traveled by the ball is given by
here we know that
speed = 20 m/s
times = 0.25 s
now we have
so ball will travel 5 m distance in the given interval of time
The Atwood machine consists of two masses hanging from the ends of a rope that passes over a pulley. The pulley can be approxima
1 answer:
You might be interested in
For the law of conservation of energy, the amount of kinetic energy the proton gained in 
is equal to the amount of electric potential energy it losts covering the same distance.
The potential difference across which the proton travelled is given by
where E is the electric field intensity. Replacing the numbers, we get
The electric potential energy lost by the proton is given by
where
is the charge of the proton. Therefore, this quantity is equal to
And based on what we said at the beginning, this electric potential energy lost by the proton is exactly equal to the amount of kinetic energy it gained:
The potential difference across which the proton travelled is given by
where E is the electric field intensity. Replacing the numbers, we get
The electric potential energy lost by the proton is given by
where
And based on what we said at the beginning, this electric potential energy lost by the proton is exactly equal to the amount of kinetic energy it gained: