Question
In: Physics
An iron plate 0.2m thick is magnetized to saturation in a direction parallel to the surface...
An iron plate 0.2m thick is magnetized to saturation in a direction parallel to the surface of the plate . A 10 GeV muon moving perpendicular to that surface enters the plate and passes through it with relatively little loss of energy. Calculate approximately the angular deflection of themuon’strajectory, given that the rest-massenergy of the muon is 200 MeV and that the saturation magnetization in iron is equivalent to 1.5·10^29 electron moment spercubicmeter.
Solutions
genius_generous answered 2 years agoRelated Solutions
Two pipes are connected in parallel, the characteristics of pipe A are D = 0.2m, L...
Two pipes are connected in parallel, the characteristics of pipe
A are D = 0.2m, L = 1000m, λ(lamda) = 0.014 and of pipe B are D =
0.25m, L = 2000m, λ (lamda) = 0.017; what will be the total
discharge if the head loss in the pipe A is 14.3 m? Neglect the
local losses.
Lütfen birini seçin:
A. 0.133 m3/s
B. 0.093 m3/s
C. 0.106 m3/s
D. 0.079 m3/s
Six parallel-plate capacitors of identical plate separation have different plate areas
Six parallel-plate capacitors of identical plate separation have different plate areas A, different capacitances C, and different dielectrics filling the space between the plates. Part A. Rank the following capacitors on the basis of the dielectric constant of the material between the plates. Rank from largest to smallest.
1. \(A=4 \mathrm{~cm}^{2} \quad \text {C}=2 \mathrm{nF}\)
2. \(A=1 \mathrm{~cm}^{2} \quad \mathrm{C}=1 \mathrm{nF}\)
3. \(A=2 \mathrm{~cm}^{2} \quad \mathrm{C}=8 \mathrm{nF}\)
4. \(A=8 \mathrm{~cm}^{2} \quad \mathrm{C}=2 \mathrm{nF}\)
5. \(A=4 \mathrm{~cm}^{2} \quad \mathrm{C}=1 \mathrm{nF}\)
6....
An air-filled parallel-plate capacitor with plate separation d and plate area A is connected to a...
An air-filled parallel-plate capacitor with plate separation d
and plate area A is connected to a battery that applies a voltage
V0 between plates. With the battery left connected, the
plates are moved apart to a distance of 10d. Determine by what
factor each of the following quantities changes: (a) V0;
(b) C; (c) E; (d) D; (e) Q; (f )
ρS; (g) WE. Repeat the exercise for the case in
which the battery is disconnected before the plates are...
Electric Potential (Parallel Plate Capacitor Potential Energy and Potential) A parallel plate capacitor has two terminals,...
Electric Potential (Parallel Plate Capacitor Potential
Energy and Potential)
A parallel plate capacitor has two terminals, one (+)
and the other (-). When you move a test positive charge, q at
uniform velocity from the negative terminal (Ui and Vi) to the
positive terminal (Uf and Vf), work W = ΔU = qΔV is done on the
charge, increasing the energy of the field by this amount. The work
done by the field on the charge is – W. (V...
A parallel plate capacitor with plate separation d is connected to a battery. The capacitor is...
A parallel plate capacitor with plate separation d is connected
to a battery. The capacitor is fully charged to Q Coulombs and a
voltage of V. (C is the capacitance and U is the stored energy.)
Answer the following questions regarding the capacitor charged by a
battery. For each statement below, select True or False.
With the capacitor connected to the battery, decreasing d
increases U. A: True B: False
After being disconnected from the battery, inserting a
dielectric with...
A parallel plate capacitor with plate separation d is connected to a battery. The capacitor is...
A parallel plate capacitor with plate separation d is connected
to a battery. The capacitor is fully charged to Q Coulombs and a
voltage of V. (C is the capacitance and U is the stored energy.)
Answer the following questions regarding the capacitor charged by a
battery. For each statement below, select True or False.
True or False With the capacitor connected to
the battery, increasing d decreases Q.
True or False After being disconnected
from the battery, inserting a dielectric...
A parallel plate capacitor with plate separation d is connected to a battery. The capacitor is...
A parallel plate capacitor with plate separation d is connected
to a battery. The capacitor is fully charged to Q Coulombs and a
voltage of V. (C is the capacitance and U is the stored energy.)
Answer the following questions regarding the capacitor charged by a
battery. For each statement below, select True or False.
1. With the capacitor connected to the battery, inserting a
dielectric with κ will increase C.
2. With the capacitor connected to the battery, decreasing...
A parallel plate capacitor with plate separation d is connected to a battery. The capacitor is...
A parallel plate capacitor with plate separation d is connected
to a battery. The capacitor is fully charged to Q Coulombs and a
voltage of V. (C is the capacitance and U is the stored energy.)
Answer the following questions regarding the capacitor charged by a
battery. For each statement below, select True or False.
After being disconnected from the battery, inserting a
dielectric with κ will increase C.
With the capacitor connected to the battery, inserting a
dielectric with...
An electron is released from rest at the negative plate of a parallel plate capacitor and...
An electron is released from rest at the negative plate of a
parallel plate capacitor and accelerates to the positive plate (see
the drawing). The plates are separated by a distance of 1.4 cm, and
the electric field within the capacitor has a magnitude of 2.0 x
10^6 V/m. What is the kinetic energy of the electron just as it
reaches the positive plate?
A parallel plate capacitor with plate separation d is connected to a battery. The capacitor is...
A parallel plate capacitor with plate separation d is
connected to a battery. The capacitor is fully charged to
Q Coulombs and a voltage of V volts. Let
C be the capacitance and U the stored energy.
Select True or False for each
statement.
1. After being disconnected from the battery, decreasing
d increases C.
2. With the capacitor connected to the battery, decreasing
d increases C.
3. With the capacitor connected to the battery, decreasing
d decreases Q.
4....
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