$$50$$ Ω and $$100$$ Ω resistors are connected in series. This connection is connected with a battery of $$2.4$$ volts. When a voltmeter of $$100$$ Ω resistance is connected across $$100$$ Ω resistor, then the reading of the voltmeter will be

Question

$$50$$  Ω  and  $$100$$ Ω resistors are connected in series. This connection is connected with a battery of $$2.4$$ volts. When a voltmeter of $$100$$ Ω resistance is connected across $$100$$ Ω resistor, then the reading of the voltmeter will be

Infinity Learn · Accepted Answer

Equivalent resistance of the circuit, $$Req=100$$ ΩCurrent through the circuit, $$i=2.4100$$ APotential difference across combination of voltmeter and $$100$$ Ω resistance $$R=2.4100$$ ×  $$50=1.2$$  V Since the voltmeter and $$100$$ Ω resistance are in parallel, so the voltmeter reads the same value i.e., $$1.2V$$.

$50 Ω a n d 100 Ω$ resistors are connected in series. This connection is connected with a battery of 2.4 volts. When a voltmeter of $100 Ω$ resistance is connected across $100 Ω$ resistor, then the reading of the voltmeter will be

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50 Ω and 100 Ω resistors are connected in series. This connection is connected with a battery of 2.4 volts. When a voltmeter of 100 Ω resistance is connected across 100 Ω resistor, then the reading of the voltmeter will be

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Ready to Test Your Skills?

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$50 Ω a n d 100 Ω$ resistors are connected in series. This connection is connected with a battery of 2.4 volts. When a voltmeter of $100 Ω$ resistance is connected across $100 Ω$ resistor, then the reading of the voltmeter will be