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Chapter 28, Problem 046 In the figure, a metal wire of mass m26.2 mg can slide...
Chapter 28, Problem 046 in the figure, a metal wire of mass m 28.1 mg can...
Chapter 28, Problem 046 in the figure, a metal wire of mass m 28.1 mg can slide with negligible friction on two horizontal parallel rails separated by distance d 2.50 cm. The track lies in a vertical uniform magnetic field of magnitude 66.2 mT. At time t 0 s, device G is connected to the rails, producing a constant current = 6.63 mA in the wire and rails (even as the wire moves). At t = 45.3 ms, what are...
6. In the figure below, a metal wire of mass m = 24.1 mg can slide...
6. In the figure below, a metal wire of mass m = 24.1 mg can slide with negligible friction on two horizontal parallel rails separated by distance d = 2.56 cm. The track lies in a vertical uniform magnetic field of magnitude B = 56.3 mT. At time t= 0, device G is connected to the rails, producing a constant current i = 9.13 mA in the wire and rails (even as the wire moves). At t = 61.1 ms,...
(8e28p44) A metal wire of mass m = 0.250 kg slides without friction on two horizontal...
(8e28p44) A metal wire of mass m = 0.250 kg slides without friction on two horizontal rails spaced a distance d = 0.18 m apart, as in the figure. The track lies in a vertical uniform magnetic field B = 0.60 T. There is a constant current i = 0.30 A through generator G, along one rail, across the wire, and back down the other rail. Find the speed and direction of the wire's motion as a function of time,...
Consider the circuit shown in the figure, similar to the slide-wire generator we've discussed in class....
Consider the circuit shown in the figure, similar to the slide-wire generator we've discussed in class. The uniform magnetic field points out of the page with a constant magnitude of 0.50 T. The resistor has a resistance of 59.0 ?, and the resistance of the rest of the conductor is negligible by comparison. The bar has a length of 0.26 m and is moving to the left with a speed v. What is this unknown speed if the resistor dissipates...
Chapter 30, Problem 029 In the figure, a metal rod is forced to move with constant...
Chapter 30, Problem 029 In the figure, a metal rod is forced to move with constant velocity along two parallel metal rails, connected with a strip of metal at one end. A magnetic field of magnitude B = 0.509 T points out of the page. (a) If the rails are separated by 30.8 cm and the speed of the rod is 49.8 cm/s, what is the magnitude of the emf generated in volts? (b) If the rod has a resistance...
Problem1 In the concentric spherical conductors system shown in Figure 1, the inner conductor has positive charge-q and radius a. The outer conductor has radius b a) Using Gauss' Law determin...
Problem1 In the concentric spherical conductors system shown in Figure 1, the inner conductor has positive charge-q and radius a. The outer conductor has radius b a) Using Gauss' Law determine the electric field vector E(r) in the region between the conductors (acrcb) and the potential difference Vab between them. b) Calculate E(r) and Vab if the two conductors have a 30 mm, b-40 mm, q 10uc, r-35 mm ε,-8.85x10-12C3(N.m2. For the circuit shown in Figure 2 find: a) the...
Chapter 28, Problem 046 in the figure, a metal wire of mass m 28.1 mg can slide with negligible friction on two horizontal parallel rails separated by distance d 2.50 cm. The track lies in a vertical uniform magnetic field of magnitude 66.2 mT. At time t 0 s, device G is connected to the rails, producing a constant current = 6.63 mA in the wire and rails (even as the wire moves). At t = 45.3 ms, what are...
6. In the figure below, a metal wire of mass m = 24.1 mg can slide with negligible friction on two horizontal parallel rails separated by distance d = 2.56 cm. The track lies in a vertical uniform magnetic field of magnitude B = 56.3 mT. At time t= 0, device G is connected to the rails, producing a constant current i = 9.13 mA in the wire and rails (even as the wire moves). At t = 61.1 ms,...
(8e28p44) A metal wire of mass m = 0.250 kg slides without friction on two horizontal rails spaced a distance d = 0.18 m apart, as in the figure. The track lies in a vertical uniform magnetic field B = 0.60 T. There is a constant current i = 0.30 A through generator G, along one rail, across the wire, and back down the other rail. Find the speed and direction of the wire's motion as a function of time,...
Consider the circuit shown in the figure, similar to the slide-wire generator we've discussed in class. The uniform magnetic field points out of the page with a constant magnitude of 0.50 T. The resistor has a resistance of 59.0 ?, and the resistance of the rest of the conductor is negligible by comparison. The bar has a length of 0.26 m and is moving to the left with a speed v. What is this unknown speed if the resistor dissipates...
Chapter 30, Problem 029 In the figure, a metal rod is forced to move with constant velocity along two parallel metal rails, connected with a strip of metal at one end. A magnetic field of magnitude B = 0.509 T points out of the page. (a) If the rails are separated by 30.8 cm and the speed of the rod is 49.8 cm/s, what is the magnitude of the emf generated in volts? (b) If the rod has a resistance...
Problem1 In the concentric spherical conductors system shown in Figure 1, the inner conductor has positive charge-q and radius a. The outer conductor has radius b a) Using Gauss' Law determine the electric field vector E(r) in the region between the conductors (acrcb) and the potential difference Vab between them. b) Calculate E(r) and Vab if the two conductors have a 30 mm, b-40 mm, q 10uc, r-35 mm ε,-8.85x10-12C3(N.m2. For the circuit shown in Figure 2 find: a) the...
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