{"type":"fill-in-blanks","id":"73878","dataJson":{"prompt":"Fill in the blanks.","options":{"stops":[{"label":"helps","value":"helps"},{"label":"moves","value":"moves"},{"label":"splits","value":"splits"},{"label":"stops","value":"stops"}],"series":[{"label":"electric","value":"electric"},{"label":"parallel","value":"parallel"},{"label":"series","value":"series"},{"label":"simple","value":"simple"}],"splits":[{"label":"helps","value":"helps"},{"label":"moves","value":"moves"},{"label":"splits","value":"splits"},{"label":"stops","value":"stops"}],"parallel":[{"label":"electric","value":"electric"},{"label":"parallel","value":"parallel"},{"label":"series","value":"series"},{"label":"simple","value":"simple"}]},"template":"In a {{series}} circuit, components are connected in sequence. In a {{parallel}} circuit, components are connected on independent loops. Current {{splits}} in a parallel circuit. Any break in a series circuit {{stops}} the circuit functioning.","validOptions":["stops","series","splits","parallel"],"validResponse":{"stops":"stops","series":"series","splits":"splits","parallel":"parallel"}}}

{"type":"multi-choice","id":"73879","dataJson":{"key":3,"prompt":"A circuit can have components in series and parallel.","options":[{"key":"0.6792772152511689","label":"True","value":"True"},{"key":"0.07102710241444576","label":"False","value":"False"}],"limitChoices":{"max":1,"min":1},"validResponse":["True"]}}

{"type":"multi-choice","id":"73880","dataJson":{"prompt":"Two bulbs arranged in series will be brighter than the same bulbs arranged in parallel.","options":[{"key":"0.8013662069618239","label":"True","value":"True"},{"key":"0.06889267299285173","label":"False","value":"False"}],"limitChoices":{"max":1,"min":1},"validResponse":["False"]}}

{"type":"multi-choice","id":"73881","dataJson":{"key":11,"prompt":"Current is...","options":[{"key":"0.29166885244407614","label":"the flow of electrons.","value":"the flow of electrons."},{"key":"0.2750894707379409","label":"the rate of flow of charge.","value":"the rate of flow of charge."},{"key":"0.9185343029033824","label":"the number of amps","value":"the number of amps"},{"key":"0.15085376201221967","label":"how much electricity there is.","value":"how much electricity there is."}],"limitChoices":{"max":1,"min":1},"validResponse":["the rate of flow of charge."]}}

{"type":"multi-choice","id":"73882","dataJson":{"key":13,"prompt":"Voltage in a series circuit...","options":[{"key":"0.4368231899573779","label":"halves.","value":"halves."},{"key":"0.282606196385525","label":"is shared between components","value":"is shared between components"},{"key":"0.5355227609670533","label":"runs out.","value":"runs out."},{"key":"0.3669969178586938","label":"powers the circuit.","value":"powers the circuit."}],"limitChoices":{"max":1,"min":1},"validResponse":["is shared between components"]}}

Answer incorrect

Look at the slide below to work out the answer.