Two identical lightbulbs are connected to a battery with negligible internal resistance as shown below. S CS2 + a) What happens to the current measured by the current sensor 2 (CS2) when the switch is closed? It becomes half. It stays the same. It doubles. ◇ None of the above is correct. b) What happens to the current measured by the current sensor 1 (CS1) in the above question when the switch is closed? It becomes half. It stays the same. It doubles. None of the above is correct.
Two identical lightbulbs are connected to a battery with negligible internal resistance as shown below. S CS2 + a) What happens to the current measured by the current sensor 2 (CS2) when the switch is closed? It becomes half. It stays the same. It doubles. ◇ None of the above is correct. b) What happens to the current measured by the current sensor 1 (CS1) in the above question when the switch is closed? It becomes half. It stays the same. It doubles. None of the above is correct.
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Give proper explanation of the answer of both the parts.
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Transcribed Image Text:Two identical lightbulbs are connected to a battery with negligible internal resistance as shown below.
S
CS2
CS1
E
a) What happens to the current measured by the current sensor 2 (CS2) when the switch is closed?
It becomes half.
It stays the same.
It doubles.
None of the above is correct.
b) What happens to the current measured by the current sensor 1 (CS1) in the above question when the switch is closed?
It becomes half.
It stays the same.
It doubles.
None of the above is correct.
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