rou are working at a company that manufactures solenoids for industrial and research use. A client has ordered a solenoid that will be operated by a 1,000 V power supply and must be of length e = 21.0 cm. A cylindrical experimental package of adius r = 2.00 cm must fit inside the solenoid. The client wants the largest possible magnetic field inside the solenoid. The thinnest copper wires allowed by your company are AWG 36, which corresponds to a wire diameter of d = 0.127 mm. You determine the maximum magnitude of magnetic field (in T) that can be created in the solenoid to report to the client. (The resistivity of copper is 1.7 x 10-8 n . m.) 0.020r

rou are working at a company that manufactures solenoids for industrial and research use. A client has ordered a solenoid that will be operated by a 1,000 V power supply and must be of length e = 21.0 cm. A cylindrical experimental package of adius r = 2.00 cm must fit inside the solenoid. The client wants the largest possible magnetic field inside the solenoid. The thinnest copper wires allowed by your company are AWG 36, which corresponds to a wire diameter of d = 0.127 mm. You determine the maximum magnitude of magnetic field (in T) that can be created in the solenoid to report to the client. (The resistivity of copper is 1.7 x 10-8 n . m.) 0.020r

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

See similar textbooks

Similar questions

Q9.3 In the given diagram, a conducting bar lies on two smooth rails that are linked through a 1.50 resistor. A 0.750 T magnetic field is applied in a vertically upward direction, perpendicular to the plane of the rails. The bar is compelled to move at a constant pace of 60.0 cm/s in the direction of the resistor. Assuming that the resistance of the bar and rails is negligible, find out: BOUT 5.0cm a. the direction and value of the induced current. b. The magnitude of the applied force c. the amount of power dissipated in the resistor. →→→→60.0cm/s 1.50 2
Considerable scientific work is currently under way to determine whether weak oscillating magnetic fields such as those found near outdoor electric power lines can affect human health. One study indicated that a magnetic field of magnitude 1.40 x 10-³ T, oscillating at 60 Hz, might stimulate red blood cells to become cancerous. If the diameter of a red blood cell is 7.6 μm, determine the maximum emf that can be generated around the perimeter of the cell. V
A proton enters a region of uniform magnetic field with a velocity of v-7.00x106 m/s. If the proton moves in a circular path of radius 4.74 cm, what is the intensity of the magnatic field (in T) in that region? O 1.54 O 1.28 O 1.80 O 1.99 O 1,41
Pls help me with the following question and make sure it's 100% correct One solenoid is centered inside another. The outer one has a length of 53.0 cmcm and contains 6650 coils, while the coaxial inner solenoid is 3.00 cmcm long and 0.140 cmcm in diameter and contains 15.0 coils. The current in the outer solenoid is changing at 36.0 A/sA/s . For related problem-solving tips and strategies, you may want to view a Video Tutor Solution of The Tesla coil. Part A. What is the mutual inductance of these solenoids? Express your answer in microhenrys. Part B. Find the emf induced in the inner solenoid. Express your answer in volts.
4.30P) Magnetic dipole density of a material is M = M,2 + M./Rf Calculate the current densities, and total magnetic dipoles. a) If the geometry is a cylinder with length of L and radius of R (In this case M = M,2 + M,/Rp and p is unit vector in cylindrical coordinates.). b) If the geometry of material is a solid sphere with radius R. (In this case M = M,ż + M./Rf and f is unit vector in spherical coordinates.)
For a solenoid in vacuum of length l = 10 cm with 10* turns per meter calculate the value of the current if the solenoid is placed in an external uniform magnetic field Bext = 35 µT with field lines exactly opposite to the field produced by the solenoid. Take vacuum permeability Ho = 4x x 10-7 H/m. Provide your answer in SI units. Answer:
Determine the current I flowing through a solenoid, if the magnetic flux inside its core is found to be 2.90 x 10-4 Wb. The radius of the solenoid is 25.0 cm and the number of turns per meter is 235. A
Pulsars, or neutron stars, rotate at a fairly high speed, and they are surrounded by strong magnetic fields. The material in neutron stars is a good conductor, and hence a motional emf is induced between the center of the neutron star and the rim. Suppose that a neutron star of radius 12 km rotates at the rate of 35 rev/s and that the magnetic field has a strength of 1.00 x 108 T. What is the emf induced between the center of the star and a point on its equator?
A circular conducting loop with a radius of 1.00 m and a small gap filled with a 10.0 resistor is oriented in the xy-pane. If a magnetic field of 2.0 T, making an angle of 30° with the z-axis increases to 9.0 T, in 2.0 s, what is the magnitude of the current that will be caused to flow in the conductor?
You want to build a very strong electromagnetic for your home. You have 13 Ampere power supply, a lot of wire, and a 12.4 cm long solenoid. How many turns of that wire are you going to wind on that solenoid to make a 0.307 Tesla field? Assume an ideal solenoid and that your wire will not be damaged by your current.
A circular ring formed from a conducting wire, with a diameter of 0.60 [m], is passed through by a current of 12 [A]. What is the value of the magnetic flux density produced in the center of the ring? What is the value of the magnetic flux density at a point on the axis of the ring at a distance of 3.0 [cm]?3.0 [cm] from the center?
Consider the cylindrical conductor with a hollow center and copper walls of thickness b-a as shown. The radii of the inner and outer walls are a and b respectively. and the current I is uniformly spread over the cross section of the copper (shaded region). What is the magnitude of the magnetic field in units of nT at r- 24.1cm. a=13cm, b=30.5cm, 7- 200mA, Hom4 x 10 Tm/A. Provide your answer with two decimal places. A -- 01 (out of page)