The value V in the bent tube is initially kept closed. Two soap bubbles A (smaller) and B (larger) are formed at the two open ends of the tube. V is now opened, and air can flow freely between the bubbles.

The value V in the bent tube is initailly kept closed. Two soap bubbles A(smaller ) and B (larger )are formed at 2 open ends of the tube. V is now opened .and air can flow freely between the bubbles

Tow soap bubbles A and B are formed at the two open ends of a tube. The bubble A is smaller then bubble B. If the valve on the tube connecting the two bubbles is opened and air can flow freely between the bubbles, then

Two soap bubbles are formed on the end of the ends of the tubes as shown. If valve is opened, in which direction will the air flow ?

A and B are two soap bubbles. Bubble A is larger than B. If these are now joined by a tube then

A and B are two soap bubbles. Bubble A is larger than B. If these are now joined by a tube then

The soap bubble formed at the end of the tube is blown very slowly. Draw the graph between excess of pressure inside the bubble with time.

The soap bubble formed at the end of the tube is blown very slowly. Draw the graph between excess of pressure inside the bubble with time.

Two equally charged soap bubbles of equal volume are joined together to form a larger bubble . If each bubble had a potential V, find the potential of the resultant bubble.