The positive terminals of two batteries with emf's of ε₁and ε₂, respectively, are connected together.Here ε₁> ε_2. The circuit is completed by connecting the negative terminals.If each battery has an internal resistance of r, the rate in watts at which electrical energy is converted to chemical energy in the smaller battery is:

Question

The positive terminals of two batteries with emf's of ε₁and ε₂, respectively, are connected together.Here ε₁> ε_2. The circuit is completed by connecting the negative terminals.If each battery has an internal resistance of r, the rate in watts at which electrical energy is converted to chemical energy in the smaller battery is:
The positive terminals of two batteries with emf's of ε1 and ε2, respectively, are connected together.Here ε1 > ε2. The circuit is completed by connecting the negative terminals.If each battery has an internal resistance of r, the rate in watts at which electrical energy is converted to chemical energy in the smaller battery is: A) A B) B C) C D) D E) E

The positive terminals of two batteries with emf's of ε<sub>1 </sub>and ε<sub>2</sub>, respectively, are connected together.Here ε<sub>1 </sub>> ε<sub>2.</sub> The circuit is completed by connecting the negative terminals.If each battery has an internal resistance of r, the rate in watts at which electrical energy is converted to chemical energy in the smaller battery is: A) A B) B C) C D) D E) E

Quizplus · Accepted Answer

The Answer of The positive terminals of two batteries with emf's of ε₁and ε₂, respectively, are connected together.Here ε₁> ε_2. The circuit is completed by connecting the negative terminals.If each battery has an internal resistance of r, the rate in watts at which electrical energy is converted to chemical energy in the smaller battery is: A)A B)B C)C D)D

The Positive Terminals of Two Batteries with Emf's of ε1

The Positive Terminals of Two Batteries with Emf's of ε₁