and 1.8 V for R=9Ω. Then

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The emf of a cell is ε and its internal resistance is r. Its terminals are connected to a resistance R. The potential difference between the terminals is 1.6V for R=4Ω, and 1.8 V for R=9Ω. Then
06
Dec
The emf of a cell is ε and its internal resistance is r. Its terminals are connected to a resistance R. The potential difference between the terminals is 1.6V for R=4Ω, and 1.8 V for R=9Ω. Then and 1.8 V for R=9Ω. Then The emf of a cell is ε and its internal resistance is [...]
Posted in: Cengage JEE Mains Physics by B.M Sharma , Chapter 19 - Electric Resistance and Simple Circuits ,
Tags: and 1.8 V for R=9Ω. Then , The emf of a cell is ε and its internal resistance is r. Its terminals are connected to a resistance R. The potential difference between the terminals is 1.6V for R=4Ω ,
The emf of a cell is ϵ and its internal resistance is r. Its terminals are connected to a resistance R. The potential difference between the terminals is 1.6 V for R=4Ω, and 1.8 V for R=9Ω. Then
01
Dec
The emf of a cell is ϵ and its internal resistance is r. Its terminals are connected to a resistance R. The potential difference between the terminals is 1.6 V for R=4Ω, and 1.8 V for R=9Ω. Then and 1.8 V for R=9Ω. Then The emf of a cell is ϵ and its internal resistance [...]
Posted in: Cengage NEET by C.P Singh , Chapter 3 - Current Electricity , Part 2 ,
Tags: and 1.8 V for R=9Ω. Then , The emf of a cell is ϵ and its internal resistance is r. Its terminals are connected to a resistance R. The potential difference between the terminals is 1.6 V for R=4Ω ,