Lab 06 Part 3 2 Free Body Force Diagram Of U Shaped Magnets 1 Conventional Current Leaves The Terminal Terminal 1 (66.92 KiB) Viewed 53 times
Lab 06 Part 3 2 Free Body Force Diagram Of U Shaped Magnets 1 Conventional Current Leaves The Terminal Terminal 2 (32.69 KiB) Viewed 53 times
Lab 06 Part 3.2: Free-body/Force Diagram of U-shaped Magnets 1. Conventional current leaves the (+ terminal/- terminal) of a battery/power supply? 2. The magnetic field lines in the grey region shown are parallel to each other. On the dashed line, draw an arrow indicating the direction of the magnetic field. No sa 3. In this lab, you will place a current carrying wire in the grey region of the U-shape magnet that is place on a scale. The image below is a side view focusing on the current carrying wire in the magnetic field created by the magnet. 4. What direction is the force on the wire by the magnet? What symbolic equation gives the magnitude of the force? F=B&I XL towards the bottom of the Page 5. What direction is the force on the magnet by the wire? What symbolic equation give the magnitude of the force (Fire)? F=B&I #L 6. What direction is the force on the magnet by the Earth? What symbolic equation gives magnitude of the force (F.)? The directions is facing upwards csame mag opp direction) F = meg directly towards the earth, m = mass of magnet upwa 7. What direction is the force on the magnet by the scale? 8. What is the Net Force on the U-shaped magnet? Explain.
PHY 2054L Algebra-Based Physics 2 Lab Lab 06 9. Draw a Free-Body diagram for the U-shaped magnet below. a 10. Using your Free-body diagram, write Newton's 2nd Law in the y-direction in terms of Fcale, Fwon mag, and mg 11. Solve your equation for F in terms of Fycate wire on magnet 12. Does the scale always read the mass of the magnet system?
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