A cell of emf e and internal resistance r is connected to a variable resistance R as shown in Fig.Match the statements given-Jn Column-I with the conditions stated in Column-ll,

A battery A (15V,1Omega) and a battery B(10V,1Omega) are joined to a resistance of 3Omega as shown in Fig.Match the statements given in Column-I with the entries given in Column-II

A cell of emf E and internal resistance r is connected to a variable external resistor R. the graph which gives the terminal voltage of cell V with respect to R is

Match the properties of conductors given in Column-I with the quantities given in Column-ll

A battery of emf E and internal resistance 'r' is connected to an external resistance 'R', the condition for maximum power transfer is

A cell of emf E and internal resistance r is connected across a variable resistor R. Plot a graph showing variation terminal voltage V of the of the cell Versus the current I. Using the plot,show how the emf of the cell and its internal resistance can be determined.

match the defects given in column I with the statements in given Column II.

match the type of unit cell given column I with the features iven in Column II .

match the types of defect given in column I with the statement given in column II.

n electric cells of emf e and internal resistance r each are connected in series.What is the emf of this combination.