14 AppleMail - Romano..M. - Outlook Google My AppsMain MenuNetflixAmazon.com Course HomeDisney+ | Movies and ShowsFavoritesDHMy AppsBb Take Test: Circuits HomeworQuestion Completion Status:Od. there is 1 path but if one light / device burns out, they all stop working.QUESTION 13If a moving magnet is brought next to a coil of wires ..a. it will attract the wires.O b. it will not affect the coil of wires.c. it will heat up the wires.d. it will induce electron flow in the coil of wires.QUESTION 14We now know that spinning a magnet that is surrounded by wires, or spinning a wire that is surrounded by magnets, will generate an electrical current in those wires and givecharges a generated voltage. Which variables affect the amount of voltage generated in those wires?a. Magnet strength, length of wire coiled, and velocity of wires moving past the magnet.O b. Temperature of the magnet and wire length.Oc. Current flow and voltage.Od. Magnetic strength only.QUESTION 15What are some different ways to "spin the magnet" and generate electricity?O a. Wind, solar, air pressure, chemical gradients.O b. Flowing water, wind, air pressure.c. Coal / oil, Nuclear Fission, Wind, Natural Gas, Flowing Water.O d. Coal, oil burning.Click Save and Submit to save and submit. Click Save All Answers to save all answers.Sav

The given situation is a principle of a dynamo.The voltage induced in a dynamo loop depends upon the strength of the magnetic field, the speed at which the magnetic field is changing, and also the number of loops. Therefore, we can say the 1st option is the correct option.