Explanation:
Please refer to the attachment for the solution.
If the charge that enters each meter of the axon gets distributed uniformly along it, how many coulombs of charge enter a 0.100
1 answer:
Answer:
The charge that enters a segment of axon measuring 0.100 mm is
Explanation:
The electric field E produced at a certain point by a point charge is expressed as
where represents the constant =
denotes the point charge's magnitude, and
is the distance from the point charge
The amount of charge entering one meter of the axon equals
The charge that enters a 0.100 mm length of the axon is
by substituting the value of into the equation above, we find that the charge entering a 0.100 mm segment of the axon is
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Answer:
The final size is nearly the same as the initial size because the increase in size is remarkably small
Solution:
According to the problem:
The proton beam energy is E = 250 GeV =
Distance traveled by the photon, d = 1 km = 1000 m
Proton mass,
Initial size of the wave packet,
Now,
This operates under relativistic principles
The rest mass energy for the proton is expressed as:
This proton energy is
Thus, the speed of the proton, v
The time to cover 1 km = 1000 m of distance is calculated as:
T =
T =
According to the dispersion factor;
Thus, the widening of the wave packet is relatively minor.
Hence, we can conclude that:
where
= final width