An electron with a charge e and mass m is accelerated from rest for a time T by a uniform electric field that exerts a force F o
1 answer:
Answer:
Explanation:
charge of the electron = e
mass of the electron = m
Force due to electric field = F
initial velocity = 0
time taken = T
Electric field is the region around a particle which is charge where in a force is exerted on another particle which is charged.
Force on electron due to presence of uniform electric field (E):
F = e E
⇒
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The rms voltage output of the generator is 1.94 × 10⁻ ⁵ V.
RMS is an acronym for root mean squared. An RMS value is more than just the "amount of AC power that causes the same heating impact as an analogous DC power" or something along those lines.
No. of loop = 795
Diameter of the coil = 10.5 cm
Radius of the coil = 5.25 cm
Magnetic Field, B = 0.45 T
Time, t = 70.0 rev/s
Where,
N = No. of loop
A = Area of the coil
B = Magnetic Field
= Voltage rms
Area of the coil = πr²
= 86.57 cm²
w = 2π/t
=( 2 × 3.141)/70.0
= 0.089
Therefore, the rms voltage output of the generator is 1.94 × 10⁻ ⁵ V.
Learn more about rms voltage here:
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