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(5) A 15.0A current produces a B field at the center of an arc of angle n/4 radians and radius 0.500m. What are the magnitude and direction of B at point P in the center of the arc? Also, why do the straight wire segments make no contribution to B?

(5) A 15.0A current produces a B field at the center of an arc of angle n/4 radians and radius 0.500m. What are the magnitude and direction of B at point P in the center of the arc? Also, why do the straight wire segments make no contribution to B?

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Please answer number 5. ONLY #5
PHY2049C Test 9 NameThoma P Chugi Show all calculations and include units and significant digits in final ansuwers to receive full credit. (1) Complete the following equations (B is the magnetic field): (a) 5 = toroid B (1) H. I 0 /(4xr) (b) E-arc segment B (2) 47 x 10-7 T-m/A (c) 6 = Biot-Savart Law B (3) S · îda (d) = permeability o (4) Ho n I (e) = solenoid B (3) H. NI /(2nr) (f) = magnetic flux PB %3D (2) A constant magnetic field B 4.00 T (+k) in the YZ plane crosses a flat plate of area A = 10.0 x 102 cm² k (1 to the Z axis). Determine the flux DB through this plate. %3D フリ met A = 10.0x10%cm{= 10xIO ² Ê 106= 40.0 klO4 (3) Gauss's Law for magnetism refers to a relationship where magnetic flux D3 flows through a closed surface S. Please write, explain, and diagram this Law. H equals @2ero beceeuse caning #eutering (4) Answer the following true-false (T-F) questions: (a) I Parallel wires with electric currents in the same direction attract. (b) F Large masses of magnetic materials create Earth's magnetic field. Paramagnetic substances are strongly attracted by a magnet. Cobalt loses its magnetism above its Curie temperature. (c) (d) (5) A 15.0A current produces a B field at the center of an arc of angle t/4 radians and radius 0.500m. What are the magnitude and direction of B at point P in the center of the arc? Also, why do the straight wire segments make no contribution to B? HIT (0.509) 1 x t0-7 T A(ISA T4 Fd) 0.2Smx 2.36 X10-67 nto thapage (-RI15T x10-7T Fad/m/ f Co%1809) 50
Transcribed Image Text:PHY2049C Test 9 NameThoma P Chugi Show all calculations and include units and significant digits in final ansuwers to receive full credit. (1) Complete the following equations (B is the magnetic field): (a) 5 = toroid B (1) H. I 0 /(4xr) (b) E-arc segment B (2) 47 x 10-7 T-m/A (c) 6 = Biot-Savart Law B (3) S · îda (d) = permeability o (4) Ho n I (e) = solenoid B (3) H. NI /(2nr) (f) = magnetic flux PB %3D (2) A constant magnetic field B 4.00 T (+k) in the YZ plane crosses a flat plate of area A = 10.0 x 102 cm² k (1 to the Z axis). Determine the flux DB through this plate. %3D フリ met A = 10.0x10%cm{= 10xIO ² Ê 106= 40.0 klO4 (3) Gauss's Law for magnetism refers to a relationship where magnetic flux D3 flows through a closed surface S. Please write, explain, and diagram this Law. H equals @2ero beceeuse caning #eutering (4) Answer the following true-false (T-F) questions: (a) I Parallel wires with electric currents in the same direction attract. (b) F Large masses of magnetic materials create Earth's magnetic field. Paramagnetic substances are strongly attracted by a magnet. Cobalt loses its magnetism above its Curie temperature. (c) (d) (5) A 15.0A current produces a B field at the center of an arc of angle t/4 radians and radius 0.500m. What are the magnitude and direction of B at point P in the center of the arc? Also, why do the straight wire segments make no contribution to B? HIT (0.509) 1 x t0-7 T A(ISA T4 Fd) 0.2Smx 2.36 X10-67 nto thapage (-RI15T x10-7T Fad/m/ f Co%1809) 50
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