Potential Difference in Series Circuits 2

Displaying 1 - 5 of 5

First	First	Last	Quiz Score Total	Question	HTML Block	Where [x] has a potential difference of	2a) Calculate the potential difference of [y]?	Correct Answer 2a	Results 2a	2b) Explain you answer in part a?	Where [x] has a potential difference of	2ci) Calculate the potential difference of [y]?	Correct Answer 2ci	Results 2ci	2cii) Calculate the potential difference of [z]?	Correct Answer 2cii	Results 2cii	2d) Explain why the two lamps in the bottom circuit will both be less bright than the single lamp in the top circuit?
ppefmh	Ed	Garstin	1/2	The diagram below shows a simple circuit.		2	2	2	Correct	Because the circuit contains only one component, then the potential difference across the filament lamp must be the same. Because the circuit contains more than one component, then the potential difference across the filament lamp must be the same. Because the circuit contains only one component, then the potential difference across the filament lamp must be the different. Because the circuit contains more than one component, then the potential difference across the filament lamp must be the different.	5	2.5	2.5	Correct	2.5	2.5	Correct	Electrical current is not used up in a circuit. The current is always the same at every point. Electrical current is used up in a circuit. The current is always the same at every point. Electrical current is not used up in a circuit. The current is different at every point. Electrical current is created in a circuit. The current is always the same at every point.
ppefmh	Ed	Garstin	1/2	The diagram below shows a simple circuit.		2	2	2	Correct	Because the circuit contains only one component, then the potential difference across the filament lamp must be the same. Because the circuit contains more than one component, then the potential difference across the filament lamp must be the same. Because the circuit contains only one component, then the potential difference across the filament lamp must be the different. Because the circuit contains more than one component, then the potential difference across the filament lamp must be the different.	5	2.5	2.5	Correct	2.5	2.5	Correct	Electrical current is not used up in a circuit. The current is always the same at every point. Electrical current is used up in a circuit. The current is always the same at every point. Electrical current is not used up in a circuit. The current is different at every point. Electrical current is created in a circuit. The current is always the same at every point.
ppefmh	Ed	Garstin	0/2	The diagram below shows a simple circuit.		6	2	6	Correct	Because the circuit contains only one component, then the potential difference across the filament lamp must be the same. Because the circuit contains more than one component, then the potential difference across the filament lamp must be the same. Because the circuit contains only one component, then the potential difference across the filament lamp must be the different. Because the circuit contains more than one component, then the potential difference across the filament lamp must be the different.	4	2.5	2	Incorrect	2.5	2	Incorrect	Electrical current is not used up in a circuit. The current is always the same at every point. Electrical current is used up in a circuit. The current is always the same at every point. Electrical current is not used up in a circuit. The current is different at every point. Electrical current is created in a circuit. The current is always the same at every point.
ppefmh	Ed	Garstin	1/2	The diagram below shows a simple circuit.		5	2	5	Incorrect	Because the circuit contains only one component, then the potential difference across the filament lamp must be the same. Because the circuit contains more than one component, then the potential difference across the filament lamp must be the same. Because the circuit contains only one component, then the potential difference across the filament lamp must be the different. Because the circuit contains more than one component, then the potential difference across the filament lamp must be the different.	9	2.5	4.5	Incorrect	2.5	4.5	Incorrect	Electrical current is not used up in a circuit. The current is always the same at every point. Electrical current is used up in a circuit. The current is always the same at every point. Electrical current is not used up in a circuit. The current is different at every point. Electrical current is created in a circuit. The current is always the same at every point.
ppefmh	Ed	Garstin	1/2	The diagram below shows a simple circuit.		5	2	5	Incorrect	Because the circuit contains only one component, then the potential difference across the filament lamp must be the same. Because the circuit contains more than one component, then the potential difference across the filament lamp must be the same. Because the circuit contains only one component, then the potential difference across the filament lamp must be the different. Because the circuit contains more than one component, then the potential difference across the filament lamp must be the different.	9	2.5	4.5	Incorrect	2.5	4.5	Incorrect	Electrical current is not used up in a circuit. The current is always the same at every point. Electrical current is used up in a circuit. The current is always the same at every point. Electrical current is not used up in a circuit. The current is different at every point. Electrical current is created in a circuit. The current is always the same at every point.
First	First	Last	Quiz Score Total	Question	HTML Block	Where [x] has a potential difference of	2a) Calculate the potential difference of [y]?	Correct Answer 2a	Results 2a	2b) Explain you answer in part a?	Where [x] has a potential difference of	2ci) Calculate the potential difference of [y]?	Correct Answer 2ci	Results 2ci	2cii) Calculate the potential difference of [z]?	Correct Answer 2cii	Results 2cii	2d) Explain why the two lamps in the bottom circuit will both be less bright than the single lamp in the top circuit?