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please show newt work (d) Electric charge corresponds to (position, speed, acceleration) of the mass. [12]...
Electric charge corresponds to (position, speed, acceleration) of the mass. [12] 13. A piece of wire is bent in the shape shown (two 450 cm horizontal section and a semi-circle section with radius 385 cm). Determine the magnetic field (magnitude and direction) at point P, the center of the semicircle. The current i-9.5 mA. (Hint you need Biot -Savart Law.) If you show your work in an organized and clear manner that I can clearly see that you are working...
[12] 13. A piece of wire is bent in the shape shown (two 550 cm horizontal section and a semi circle section with radius 285 cm). Determine the magnetic field (magnitude and direction) at point P, the center of the semicircle. The current/- 19.5 mA. (Hint you need Biot-Savart Law.) If you show your work in an organized and clear manner
DIR E CCO LIVE, Occu, acceleration) of the mass. [12] 13. A piece of wire is bent in the shape shown (two 450 cm horizontal section and a semi-circle section with radius 385 cm). Determine the magnetic field (magnitude and direction) at point P, the center of the semicircle. The current i - 9.5 mA. (Hint you need Bio-Savart Law.) If you show your work in an organized and clear manner that I can clearly see that you are working...
(t) 185 V sin [27(7.25 MHz)t). Use this information For the RLC circuit at the right R-13612, C-230 JF, L -0.55 p at the right R-136 22, C-230 uF. L-0.55 pH, and to answer problems 9, 10, 11 and 12. [6] 9. Determine the reactance of the capacitor in the circuit Answer: @) 75.7 2. (6) 87.8 2. (c) 95.41. (d) 125 2. (e). 150 u12 () (d) 58. 1 2 [6] 10. Determine the reactance of the inductor in...
please show neat work
[12] 14. The figure shows a cross section of a 200 m long solid cylindrical conductor whose radius is 26.8 cm. It carries a uniform current of 750 A. Using Ampere's Law, determine the magnetic field at a distance of 11.0 cm from the center. Hint: You need to calculate the current density to help you solve the problem. If you show your work in an organized, and clear manner that I can see that you...
bis 26.8 a distancu solve €500 A [12] 14. The figure shows a cross section of a 200 m long solid cylindrical conductor whose radius is 26.8 cm. It carries a uniform current of 300 A. Using Ampere's Law, determine magnetic field at a distance of 15.0 cm from the center. Hint: You need to calculate the current density to help you solve the problem. If you show your work in an organized and clear manner that I can see...
Answer: Magnitude: Direction: 20 A [12] 15. The figure shows a cross section of a 25.0 m long solid cylindrical conductor whose radius is 35.4 cm. It carries a uniform current of 120 A. Using Ampere's Law, determine the magnetic field at a distance of 29.0 cm from the center. Hint: You need to calculate the current density to help you solve the problem. If you show your work in an organized, and clear manner that I can see that...
Answer: Magnitude: Direction: .....2120 A [12] 15. The figure shows a cross section of a 25.0 m long solid cylindrical conductor whose radius is 35.4 cm. It carries a uniform current of 120 A. Using Ampere's Law, determine the magnetic field at a distance of 29.0 cm from the center. Hint: You need to calculate the current density to help you solve the problem. If you show your work in an organized, and clear manner that I can see that...
121 14. The figure shows a cross section of a 200 m long solid cylindrical conductor whose radius is 26.8 cm. It carries a uniform current of 750 A. Using Ampere's Law, determine the magnetic field at a distance of 11.0 cm from the center. Hint: You need to calculate the current density to help you solve the problem. If you show your work in an organized, and clear manner that I can see that you are working the problem...
SOO A 21 14. The figure shows a cross section of a 200 m long solid cylindrical conductor whose us is 26.8 cm. It carries a uniform current of 500 A. Using Ampere's Law, determine the magnetic field at a distance of 9.00 cm from the center. Hint: You need to calculate the current density to help you solve the problem. If you show your work in an organized, and clear manner that I can see that you are working...