**Q14.** By considering the RHR-1 mentioned earlier, insert and label the magnetic force at each of the four points (for both cases) directly on Figure 11 above. (If the force is zero at any point, say so.)**Q15.** As a result of the magnetic force, what could happen to each loop of wire, i.e., would it rotate one way or the other, expand, contract, or would it not be affected at all? Explain.**Case (a)***Explanation: To be filled out based on analysis of magnetic forces on the loop.***Case (b)***Explanation: To be filled out based on analysis of magnetic forces on the loop.* **Transcription for Educational Website:**Consider these current-carrying loops of wire in uniform magnetic fields. In both cases, the current is clockwise (and the direction of I is shown at one point).**Case (a):**- A circular loop with a current flowing clockwise.- The magnetic field (B) is represented by "x" symbols, indicating it is directed into the page. **Case (b):**- A circular loop with a current flowing clockwise.- The magnetic field (B) is represented by arrows pointing from left to right, indicating a horizontal direction.**Figure 11:** A loop of wire in the presence of a uniform magnetic field. The current flows clockwise through each loop. In (a), the magnetic field is directed into the page, and in (b), the magnetic field points left to right.

Answered: Image /qna-images/answer/07108a4b-b200-442f-b82a-2225fb2b6ea2.jpg

Q14. By the considering the RHR-1 mentioned earlier, insert and label the magnetic force at each of the four points (for both cases) directly on Figure 11 above. (If the force is zero at any point, say so.) Q15. As a result of the magnetic force, what could happen to each loop of wire, i.e., would it rotate one way or the other, expand, contract, or would it not be affected all? Explain.

Q14. By the considering the RHR-1 mentioned earlier, insert and label the magnetic force at each of the four points (for both cases) directly on Figure 11 above. (If the force is zero at any point, say so.) Q15. As a result of the magnetic force, what could happen to each loop of wire, i.e., would it rotate one way or the other, expand, contract, or would it not be affected all? Explain.

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

5-8. Draw the direction of magnetic field at each point in the Helmholtz Coils below. 0-0 A D 9. In above figure, the current through each coil is 3.0 A. Each side has 200 turns of 0.20 m diameter coils. What is the magnetic field at midpoint between coils along the axis?
1. What is the direction of the magnetic field at point A? A 2. The magnet shown below is cut in half. Show what happens to the two pieces by drawing the poles on cach piece. 3. At which point is the magnetic field strength the greatest in the diagram below? 4. A compass is placed at point A in the diagram below, In which direction will it point (make sure you label the north and south poles of the compass)? 5. Why can't magnetic field lines ever cross? 6. Explain by use of a diagram how an un-magnetized piece of iron becomes magnetized when held near a bar magnet
Please explain answer.
10. Two infinite parallel wires each have a current I flowing in the direction shown in the image below. The wires are a distance L apart. a) For extra practice, use Ampere's Law to calculate the magnetic field strength for an infinitely long straight wire, clearly explaining any symmetry arguments used. b) Using the result from a), what is the magnetic field at point P shown in terms of I, L, x, and any other necessary physical constants (x is the perpendicular distance from the midpoint between the two identical currents, & P is the same distance from both currents)? Make sure you include the contribution from both wires and report a vector (magnitude and direction). c) For what value of x is the magnitude of the magnetic field a maximum?
Which relations below regarding magnetic field and electric field lines are true? 1. Magnetic field lines never begin nor end but always loop around on themselves while electric field lines begin at negative charges and end at positive charges. 2. Magnetic field lines never begin nor end but always loop around on themselves while electric field lines begin at positive charges and end at negative charges. 3. Magnetic field lines come out of north poles outside the magnet and into north poles inside the magnet. Magnetic field lines go into south poles outside the magnet and out of south poles inside the magnet. Electric field lines begin at positive charges and end at negative charges. 4. Magnetic field lines begin at north poles and end at south poles while electric field lines loop around on themselves. 5. Magnetic field lines begin at south poles and end at north poles while electric field lines loop around on themselves. 1 and 4 2 and 5 2 and 4 1 and 3 1 and 5 2 and 3
Suppose the electric field between the plates P and P' in the mass spectrometer in following figure is 1.90x104 V/m and the magnetic field in both regions is 0.666 T.(Figure 1) Figure Velocity selector selects particles with speed u. Particle detector के < E.B 1 of 1 55 > A diagram of a S3