The figure (Figure 1) shows a portion of a silver ribbon with z1 = 12.0mm and y1 = 0.23mm , carrying a current of 110A in the +x-direction. The ribbon lies in a uniform magnetic field, in the y-direction, with magnitude 0.91T . Apply the simplified model of the Hall effect.
Part A
If there are 5.75?1028 free electrons per cubic meter, find the magnitude of the drift velocity of the electrons in the x-direction.
Part B
Find the magnitude of the electric field in the
z-direction due to the Hall effect.
Part C
Find the direction of the electric field in the
z-direction due to the Hall effect.
Part D
Find the Hall emf.
Homework Answers
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The figure (Figure 1) shows a
portion of a silver ribbon with z1 = 12.0mm
and...
The figure below shows a portion of a silver ribbon with z1 = 11.8 mm and...
The figure below shows a portion of a silver ribbon with
z1 = 11.8 mm and y1 = 0.23
mm, carrying a current of 102 A in the +x-direction. The
ribbon lies in a uniform magnetic field, in the
y-direction, with magnitude 1.09 T. Apply the simplified
model of the Hall effect presented in Section 27.9. They are 5.85
1028 free electron per cubic meter.
The figure below shows a portion of a silver ribbon with z1 11.8 mm and...
The figure (Figure 1) shows a portion of a silver ribbon with 21 = 11.0 mm...
The figure (Figure 1) shows a portion of a silver ribbon with 21 = 11.0 mm and y1 = 0.22 mm , carrying a current of 110 A in the to-direction. The ribbon lies in a uniform magnetic field, in the y-direction, with magnitude 0.90 T.Apply the simplified model of the Hall effect. Figure 1 of 1 Part A If there are 5.85x1028 free electrons per cubic meter, find the magnitude of the drift velocity of the electrons in the...
The figure shows a portion of a silver ribbon with z_1 = 14.0 mm and y_1...
The
figure shows a portion of a silver ribbon with z_1 = 14.0 mm and
y_1 = 0.21 mm, carrying a current of 120 A in the + x-direction.
The ribbon lies in a uniform magnetic field, in the y-direction,
with magnitude 0.90 T. Apply the simplified model of the Hall
effect.
The figure below shows the instant when a hollow metal box is placed in a uniform...
The figure below shows the instant when a hollow metal box is
placed in a uniform electric field, and its effect on the external
field is not shown.
a. Indicate the electric charge distribution in the metal due to
the external electric field. Note: If electrons move from one part
of the box to another, the part with a deficiency of negatively
charged electrons is now positively charged, and the part with an
excess of electrons is negatively charged.
b....
Three negative point charges lie along a line as shown in the figure (Figure 1)
Three negative point charges lie along a line as shown in the figure (Figure 1) You may want to review (Pages 699-704)Part A Find the magnitude of the electric field this combination of charges produces at point P, which lies 6.00 cm from the -2.00 μC charge measured perpendicular to the line connecting the three charges. Part B Find the direction of the electric field this combination of charges produces at point P, which lies 6.00 cm from the -2.00 μC charge measured perpendicular...
Problem 22.22 The velocity selector in the figure(Figure 1) is designed to allow charged particles with...
Problem 22.22 The velocity selector in the figure(Figure 1) is designed to allow charged particles with a speed of 5000 m/s to pass through undeflected. The magnetic field has a magnitude of 0.99 T. Figure Part A Find the magnitude of the required electric field Express your answer using two significant figures. EVO AEO A o 3 ? N/C Submit Request Answer Part B. Find the direction of the required electric field. positive r direction e negative direction positive y...
2. (20 points) A copper wire with a square cross-section (side length 5 of 3.00 A. The two wires are parallel over a region of 20.0 cm, where they are 1.60 cm apa produces a magnetic field on the...
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A long uniformly charged thread (linear charge density A -2.1 C/m) lies along the z axis in the figure.
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d/2 d/2 Figure 1: (a) Question 2, (b) Question 3 1. The charges and coordinates of two charged particles held fixed in an ry plane are q+3.0uC, 3.5 cm, y0.50 cm, and 24.0uC, 2 (a) Find the -2.0cm, y2 1.5 cm i. magnitude and ii. direction of the electrostatic force on particle 2 due to particle 1 (b) At what i. z and ії. y coordinates should a third particle of charge g.-+4.0 μC be placed such that the net...
The figure below shows a portion of a silver ribbon with
z1 = 11.8 mm and y1 = 0.23
mm, carrying a current of 102 A in the +x-direction. The
ribbon lies in a uniform magnetic field, in the
y-direction, with magnitude 1.09 T. Apply the simplified
model of the Hall effect presented in Section 27.9. They are 5.85
1028 free electron per cubic meter.
The figure below shows a portion of a silver ribbon with z1 11.8 mm and...
The figure (Figure 1) shows a portion of a silver ribbon with 21 = 11.0 mm and y1 = 0.22 mm , carrying a current of 110 A in the to-direction. The ribbon lies in a uniform magnetic field, in the y-direction, with magnitude 0.90 T.Apply the simplified model of the Hall effect. Figure 1 of 1 Part A If there are 5.85x1028 free electrons per cubic meter, find the magnitude of the drift velocity of the electrons in the...
The
figure shows a portion of a silver ribbon with z_1 = 14.0 mm and
y_1 = 0.21 mm, carrying a current of 120 A in the + x-direction.
The ribbon lies in a uniform magnetic field, in the y-direction,
with magnitude 0.90 T. Apply the simplified model of the Hall
effect.
The figure below shows the instant when a hollow metal box is
placed in a uniform electric field, and its effect on the external
field is not shown.
a. Indicate the electric charge distribution in the metal due to
the external electric field. Note: If electrons move from one part
of the box to another, the part with a deficiency of negatively
charged electrons is now positively charged, and the part with an
excess of electrons is negatively charged.
b....
Problem 22.22 The velocity selector in the figure(Figure 1) is designed to allow charged particles with a speed of 5000 m/s to pass through undeflected. The magnetic field has a magnitude of 0.99 T. Figure Part A Find the magnitude of the required electric field Express your answer using two significant figures. EVO AEO A o 3 ? N/C Submit Request Answer Part B. Find the direction of the required electric field. positive r direction e negative direction positive y...
2. (20 points) A copper wire with a square cross-section (side length 5 of 3.00 A. The two wires are parallel over a region of 20.0 cm, where they are 1.60 cm apa produces a magnetic field on the copper wire. The copper wire is conn current directed rightward. Data of copper: resistivity = 1.68 x 10-8 Ωm; free electron number density-8.50 x 1028/㎡ a. What is the magnetic field the iron wire exert on the copper wire? (For this...
- points MI4 13.3034 Three bulbs The figure is a top view of a circuit containing three identical light bulbs (the rest of the circuit including the batteries is not shown). The direction of the North pole is toward the right. The connecting wires are made of copper. 3: (a) The compass is placed on top of the wire, and it deflects 20 degrees away from north as shown (the wire is underneath the compass). Which of the following statements...
d/2 d/2 Figure 1: (a) Question 2, (b) Question 3 1. The charges and coordinates of two charged particles held fixed in an ry plane are q+3.0uC, 3.5 cm, y0.50 cm, and 24.0uC, 2 (a) Find the -2.0cm, y2 1.5 cm i. magnitude and ii. direction of the electrostatic force on particle 2 due to particle 1 (b) At what i. z and ії. y coordinates should a third particle of charge g.-+4.0 μC be placed such that the net...
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