A conductive rod of 2 meters in length moves at 30 m/s in a direction perpendicular...
A conductive rod of 2 meters in length moves at 30 m/s in a direction perpendicular to a magnetic field B = 1 T. Determine the voltage produced between its ends.
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A conductive rod of 2 meters in length moves at 30 m/s in a
direction perpendicular...
A small conductive rod of length 1.3 m moves with a constant velocity v=18 m/s in...
A small conductive rod of length 1.3 m moves with a constant velocity v=18 m/s in a direction parallel to a long wire carrying a current of 30 A. The the axis of the rod is perpendicular to the direction of the wire and the distance between the wire and the closest end of the rod is 0.6 m. Calculate the electric potential induced across the rod. I have tried .000313V, -.000313V, and .000124V and they are all incorrect.
Question 10 (2 points) A metal rod of length 1.0 m is moved at 3.0 m/s...
Question 10 (2 points) A metal rod of length 1.0 m is moved at 3.0 m/s in a direction perpendicular to its length. A 5.0 mT magnetic field is perpendicular to both the rod and its velocity. What is the potential difference between the ends of the rod? 15 mV 30 mV 60 mV 0.60 mV O mv
A metal bar 1.5 m in length moves in a direction perpendicular to a uniform magnetic...
A metal bar 1.5 m in length moves in a direction perpendicular to a uniform magnetic field of magnitude 0.85T with a speed of 2.2 m/s. Determine the magnitude of the induced electric field in the metal bar.
A proton moves at a speed of 1155 m/s in a direction perpendicular to a magnetic...
A proton moves at a speed of 1155 m/s in a direction perpendicular to a magnetic field with a magnitude of 0.71 T. What is the magnitude of the magnetic force on the proton?
In the figure, a conducting rod of length L= 27.0 cm moves in a magnetic field B of magnitude 0.370 T directed into the plane of the figure
In the figure, a conducting rod of length L= 27.0 cm moves in a magnetic field B of magnitude 0.370 T directed into the plane of the figure. The rod moves with speed v = 7.00 m/s in the direction shown. (Figure 1) A. When the charges in the rod are in equilibrium, what is the
magnitude E of the electric field within the rod?B. What is the magnitude Vba of the potential difference
between the ends of the rod?C. What...
An electron moves at a speed of 470 m/s perpendicular to the direction of a uniform...
An electron moves at a speed of 470 m/s perpendicular to the direction of a uniform magnetic field of 0.9 T. What is the radius of the electron's circular orbit in units of nanometers (1 m = 109 nm)?
3. (30 pts) A sliding bar, shown below, has a length of 0.7 m and moves...
3. (30 pts) A sliding bar, shown below, has a length of 0.7 m and moves at 5.2 m/s to the right in a magnetic field of 0.6 T pointing into the page. The resistance between the two frictionless conducting rails along which the bar slides is 1.5 2. Х Х х х X х R V Х Х х х х Х х a) (15 pts) Work out the potential induced between the ends of the sliding rod and...
A 1.95 m length of wire is held in an cast-west direction and moves horizontally to...
A 1.95 m length of wire is held in an cast-west direction and moves horizontally to the north with a speed of 15.1 m/s. The vertical component of Earth's magnetic field in this region is 40.0 T directed downward. Calculate the induced emf between the ends of the wire and determine which end is positive. magnitude positive end Select...
10. (10 point bonus) The conductive bar shown below moves as shown. The length is 0.6...
10. (10 point bonus) The conductive bar shown below moves as shown. The length is 0.6 m, the magnetic field is 0.4 T. and the velocity is 20 m/s. a. What is the induced voltage on the bar? b. Which end is the higher potential end (show clearly)? x X > X
In the figure (Figure 1) a conducting rod of length L = 33.0 cm moves in a magnetic field B of magnitude 0.480 T
In the figure (Figure 1) a conducting rod of length L = 33.0 cm moves in a magnetic field B of magnitude 0.480 T directed into the plane of the figure. The rod moves with speed v=5.90 m/s in the direction shown. Part A What is the potential difference between the ends of the rod? Part B Which point, a or b, is at higher potential? Part C When the charges in the rod are in equilibrium, what is the magnitude of the electric field? Part D What...
Question 10 (2 points) A metal rod of length 1.0 m is moved at 3.0 m/s in a direction perpendicular to its length. A 5.0 mT magnetic field is perpendicular to both the rod and its velocity. What is the potential difference between the ends of the rod? 15 mV 30 mV 60 mV 0.60 mV O mv
3. (30 pts) A sliding bar, shown below, has a length of 0.7 m and moves at 5.2 m/s to the right in a magnetic field of 0.6 T pointing into the page. The resistance between the two frictionless conducting rails along which the bar slides is 1.5 2. Х Х х х X х R V Х Х х х х Х х a) (15 pts) Work out the potential induced between the ends of the sliding rod and...
A 1.95 m length of wire is held in an cast-west direction and moves horizontally to the north with a speed of 15.1 m/s. The vertical component of Earth's magnetic field in this region is 40.0 T directed downward. Calculate the induced emf between the ends of the wire and determine which end is positive. magnitude positive end Select...
10. (10 point bonus) The conductive bar shown below moves as shown. The length is 0.6 m, the magnetic field is 0.4 T. and the velocity is 20 m/s. a. What is the induced voltage on the bar? b. Which end is the higher potential end (show clearly)? x X > X
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