A straight glass tube as shown, has 2 inleta X and Y at the two ends of 200 cm long tube. HCl gas through inlet X and `NH_(3)` gas through inlet Y are allowed to enter in the tube at the same time and pressure at a point P inside the tube. The distance of point P from X is:

A straight glass tube has two inlets X and Y at the two ends. The length of the tube is 200 cm. HCl gas through inlet X and NH_(3) gas through inlet Y are allowed to enter the tube at the same time. White fumes appear at a point P inside the tube. Find the distance of P from X.

A straight glass tube has two inlets X and Y at the two ends. The length of the tube is 100 cm. HCl gas through inlet X and NH_(3) gas through inlet Y are allowed to enter the tube at the same time. White fumes appear at a point P inside the tube. Find the distance of P from X.

A straight glass tube has two inlets X and Y at the two ends. The length of the tube is 200 cm. HCl gas through inlet X and NH_3 gas through inlet Y are allowed to enter the tube at the same time. White fumes first appear at a point Pinside the tube. Find the distance of P from X.

A straight glass tube has two inlets x and y at two ends. The length of the tube is 200 cm . HCl gas through inlet x and NH_(3) gas through inlet y are allowed to enter the tube at the same time. White flames first appear at a point P inside the tube. Find the distance of P from x .

Water is flowing through a long horizontal tube. Let P_A and P_B be the pressures at two points A and B of the tube

Water is flowing through a long horizontal tube. Let P_A and P_B be the pressures at two points A and B of the tube

Water is flowing through a long horizontal tube. Let P_A and P_B be the pressures at two points A and B of the tube