b. The battery A in an electric circuit diagram has an emf of 6V and an internal resistance of  2 Ohms, the corresponding values for the battery B are 4V and 3 Ohms respectively. The  two batteries are connected in parallel across 10 Ohms. Draw this set-up and indicate the  directions of the currents.  AP [5] c. Use the same set-up (Q2b) to determine the current flowing through the 10 Ohms resistor using Kirchhoff’s Theorem

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b. The battery A in an electric circuit diagram has an emf of 6V and an internal resistance of 
2 Ohms, the corresponding values for the battery B are 4V and 3 Ohms respectively. The 
two batteries are connected in parallel across 10 Ohms. Draw this set-up and indicate the 
directions of the currents.
 AP [5]
c. Use the same set-up (Q2b) to determine the current flowing through the 10 Ohms
resistor using Kirchhoff’s Theorem. 

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