A constant 60 V supply is connected across the two resistors as shown in diagram. Calculate the reading of the voltmeter which has a resistance of 200 ` K Omega `

A constant 60 V dc supply is connected across two resistors of resistance 400 k Omega and 200 k Omega . What is the reading of the voltmeter, also of resistance 200 k Omega , when connected across the second resistor as shows in Fig. 6.48 ?

A constant 60 V dc supply is connected across two resistors of resistance 400 k Omega and 200 k Omega . What is the reading of the voltmeter, also of resistance 200 k Omega , when connected across the second resistor as shows in Fig. 6.48 ?

A constant voltage dc source is connected, as shown in Fig. A2.7, across two resistors of resistances 400 kOmega and 100 k Omega . What is the reading of the voltmeter, also of resistance 100 kOmega , when connected across the second resistor as shown?

A voltmeter of resistance 1000 Omega is connected across a resistance of 500 Omega in the given circuit. What will be the reading of voltmeter

A voltmeter of resistances 400(Omega) is used to measure the potential difference across the 100(Omega) resistor in the circuit shown in figure.(a) What will be the reading of the voltmeter ?(b) What was the potential difference across 100(Omega) before the voltmeter was connected ?

A voltmeter of resistances 400(Omega) is used to measure the potential difference across the 100(Omega) resistor in the circuit shown in figure.(a) What will be the reading of the voltmeter ?(b) What was the potential difference across 100(Omega) before the voltmeter was connected ?

A voltmeter of resistances 400(Omega) is used to measure the potential difference across the 100(Omega) resistor in the circuit shown in figure.(a) What will be the reading of the voltmeter ?(b) What was the potential difference across 100(Omega) before the voltmeter was connected ?