Step 1:

A DC generator has emf of 60 V.

Internal resistance of the DC generator is 0.5 .

A battery has emf of 30 V.

Internal resistance of the battery is 0.6 .

DC generator and battery are connected in parallel to the load of 10 .

Draw a circuit with above specifications.

Step 2:

Find the current through generator :

Redraw the circuit with current directions and nodes.

Apply Junction rule at node b.

.

Apply KVL to a loop abcda.

Apply KVL to a loop befcb.

Substitute equation (1) in equation (2) and (3).

Solve the equations (4) and (5).

Add the equations (4) and (5).

Substitute in equation (4).

Substitute in .

So the value of current through the generator is 29.7 A.

The direction of the current is toward the node b.

Step 3:

(b)

The value of current through the battery is .

So the value of current through the battery is 25.19  A.

The direction of the current is toward the node c.  (In opposite direction with respect to generator)

Step 4:

Find the terminal voltage across the load.

The current across the load is .

Use ohms law : .

Where i is current through load,

           R is resistance offered by load.

The voltage across the load is 45.1 V.