The Maximum Kinetic energy of a proton is -
E(max) = 0.063 x joules.
We have a Cyclotron designed to accelerate protons.
We have to determine the Maximum Kinetic energy of Protons.
<h3>What is a Cyclotron? On what principle it works?</h3>
Cyclotron is a device used to accelerate charged particles to high energies. It works on the principle that a charged particle moving normal to a magnetic field experiences magnetic Lorentz force due to which the particle moves in a circular path. The magnetic Lorentz force is given by-
F = qvB sinθ
According to the question -
In a cyclotron the force by a magnetic field is equal to the centrifugal force.
Now, for r(max) - ( Since v = rω)
q v(max) B sin (90) =
Now -
r(max) = 0.35 m
B = 0.8 Tesla
Therefore -
v(max) =
v(max) = 0.28 x m/sec
Therefore, the Maximum kinetic energy =
E(max) =
E(max) =
E(max) = 0.063 x joules
Hence, the Maximum Kinetic energy of a proton is -
E(max) = 0.063 x joules.
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1000 litres of water can fill a tank of 1m3 capacity because water has a density of 1000kg/m3 and as 1 kg water = 1 liter ,
1000 liter of water can fill a tank of 1m3
I can’t help you with your problem because you’re not showing a picture of any sort of diagram
Which healthy snack can provide protein after physical activity?
an orange
Answer:
14 m/s²
Explanation:
Start with Newton's 2nd law: Fnet=ma, with F being force, m being mass, and a being acceleration. The applied forces on the left and right side of the block are equivalent, so they cancel out and are negligible. That way, you only have to worry about the y direction. Don't forget the force that gravity has the object. It appears to me that the object is falling, so there would be an additional force from going down from weight of the object. Weight is gravity (can be rounded to 10) x mass. Substitute 4N+weight in for Fnet and 1kg in for m.
(4N + 10 x 1kg)=(1kg)a
14/1=14, so the acceleration is 14 m/s²