Consider the two parallel wires as illustrated below that hath anumin acirrant of Left wire a has current down, right wire b has ance (3.5x10^0) mA directed as indicated in the fig current upwards of (3.20x10^0) cm. What is the force on a 1 cm piece of the left cable, indicated by a in the figure? Give your answer in newtons (N) using scientific notation with a sign that indicates the direction along the x-axis. y X a d b iz

Consider the two parallel wires as illustrated below that hath anumin acirrant of Left wire a has current down, right wire b has ance (3.5x10^0) mA directed as indicated in the fig current upwards of (3.20x10^0) cm. What is the force on a 1 cm piece of the left cable, indicated by a in the figure? Give your answer in newtons (N) using scientific notation with a sign that indicates the direction along the x-axis. y X a d b iz

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter12: Sources Of Magnetic Fields

Section: Chapter Questions

Problem 32P: Two long, parallel wires are hung by cords of length 5.0 cm, as shown in the accompanying figure....

See similar textbooks

Similar questions

Two concentric circular wines with different diameters carry currents in tire same direction. Describe the force cm the inner wire.
Question No. ol. Two parallel wires ench Current 1A separated the force between them if each 10 meters lang ? What is Cary in the same direction. f wites are by Im. What is they significance are of displacemant curent?
My homework asks "Find the Ep electrical field in terms of unit vectors." rest is given in the question. Can you help with my homework? radius : 3R Find the total current through the section perpendicular to the axis.
What is the resulting current (in A), if 0.6 C of electrical charge is transferred in 64.2 ms? Provide a numerical answer without unit to at least 2 decimal places.
a wire of radius R carries uniform current denisty J. what is the total current in the wire 1.2 what is the total current in the wire if it carries current denisty with magnitude J=kr(r is the radical distance from the axis and k is a constant with the appropiate units)
Wire placed in magnetic field such that its length is perpendicular to the field which is of strength 10 millitesla. If the current in the wire is 15 milliamps and the magnitude of the force on the wire is 30x10-6 N, what is the length (in cm) of the wire in the magnetic field?
Pattempt3D4 IB Time left 1:12:55 The figure shows a cross section of three parallel wires each carrying a current of 35.7 A. The currents in wires A and C are out of the paper, while that in wire B is into the paper. If the distance R 5.0 mm, what is the magnitude of the force on a 4.0 m length of wire C? R R A O a. 0.00 N O b. 127.45 mN c. 305.88 mN O d. 2.86 mN O e. 101.96 mN Next page age Introduction to itional Videos Phys102
6) The figure below shows two long wires in Croes section . current l of the page Wire I out Carries a %3D where a s wire 2 12=21 into the page. Carries current Wire I di trom at dis tance the origin, whereas is a wire 2 at dis tance dz= 3 d fro m the is or igin. Cal culate net mag ne tie field the magnitude of the prodvced by te a t the origin Currents K- d2
The field is constant. What is the direction of the current??
nswer A square coil with 475 turns of wire has a length of each side of 7.52 cm. A current of 0.546 amp flows through the coil. The coil is placed in a magnetic field of 0.585 T with the plane of the coil at an angle of 34.3 degrees to the direction of the field. What is the forque in Newton-meters on the coil by the magnetic field? (Enter your answer with 3 digits right of decimal, and do not enter unit.) A Moving to another question will save this response. KQuestion 7 of
Q) The current density in by a certain region is approximated J² = 1 e-tay Alm² in spherical coordinates. Y 。) How much current is crossing the surface r=5m at = b) Find 3. (r,t) assuming that 3₁70 as 1700? 9 Find an expression for the velocity of charge density? Ans: № 23.1 A b) 1 et c/m³ 22 c) r mls
Find the direction and magnitude of the force that each wire experiences in figure (a) by, using vector addition.