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`.

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 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 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:

Through the two ends of a glass tube of length 200cm hydrogen chloride gas and ammonia are allowed to enter At what distance ammonium chloride will first appear ? .

Through the two ends of a glass tube of length 200cm hydrogen chloride gas and ammonia are allowed to enter At what distance ammonium chloride will first appear ? .

Through the ends of a glass tube of length 200 cm, HCl gas and NH_(3) are allowed to enter. At what distance NH CI_(4) will first appear?

X' and 'Y' are the two open ends of a glass tube with a length of 1m. NH_(3) gas through 'X' and HCl gas through 'Y' are simultaneously allowed to enter the tube. As NH_(3) and HCl gases diffuse towards each other inside the tube, they meet and react to form NH_(4)Cl() , and as a result of which a white fume appears. where will the white fume appear first inside the tube?