2. Based on the direction of current flow and direction of magnetic field, which direction will...
please answer questions 2,4,6 2. Based on the direction of current flow and direction of magnetic field, which direction will the loop of wire within the magnetic field turn? Explain your reasoning 3. A simple circuit is set up. 1. Explain how and why an ammeter and a voltmeter is placed into the circuit to perform measurements based upon the internal design of each. 4. A set of batteries are put into a circuit. 1. Explain if how it is...
2. Based on the direction of current flow and direction of magnetic field, which direction will the loop of wire within the magnetic field turn? Explain your reasoning. 4. A set of batteries are put into a circuit. a. Explain if/how it is possible for the terminal voltage to be less than, equal to, and/or greater than the emf of the batteries. b. Discuss how the batteries can be arranged to reduce internal resistance, and the affect this would have...
2. Based on the direction of current flow and direction of magnetic field, which direction will the loop of wire within the magnetic field turn? Explain your reasoning. 4. A set of batteries are put into a circuit. a. Explain if/how it is possible for the terminal voltage to be less than, equal to, and/or greater than the emf of the batteries. b. Discuss how the batteries can be arranged to reduce internal resistance, and the affect this would have...
5. A set of batteries are put into a circuit. a. Discuss how the batteries can be arranged to reduce internal resistance, and the affect this would have on the terminal voltage. b. Is it possible for the batteries to ever have the same emf as the terminal voltage? Explain. c. Explain if/how it is possible for the terminal voltage to be greater than the emf of the batteries. 14. A coronal mass ejection sends ionized hydrogen particles (protons) toward...
4. A set of batteries are put into a circuit. a. Explain if/how it is possible for the terminal voltage to be less than, equal to, and/or greater than the emf of the batteries. b. Discuss how the batteries can be arranged to reduce internal resistance, and the affect this would have on the terminal voltage.
10. What is the direction of the magnetic force on a positive charge and a negative charge that moves as shown in each case shown? Be clear for each. X X XB B xxx X X X Vout V x x x 11. State/diagram the direction of the magnetic field for the following solenoids. Be clear for each.
4. A set of batteries are put into a circuit. a. Explain if how it is possible for the terminal voltage to be less than, equal to, and/or greater than the emf of the batteries. b. Discuss how the batteries can be arranged to reduce internal resistance, and the affect this would have on the terminal voltage. 7.2.24 4. Suppose the voltage output of a battery is 10.0V in a parallel circuit, and the resistances are Ri=4.0002, Rz=5.00., and R3=6.092....
6. State/diagram the direction of the magnetic field for the following solenoids. Be clear for each.
11. State/diagram the direction of the magnetic field for the following solenoids. Be clear for each. oferir
11. State/diagram the direction of the magnetic field for the following solenoids. Be clear for each. mm +