The reaction `M_(2)(g) rarrN(g)+(1)/(2)R(g)` shows increase in pressure from 100 mm to 120 mm in 5 minutes. The rate of reaction is ------- mm `min^(-1)`

A gaseous A_(2)(g) rarr B(g) +(1)/(2) C(g) , shows increase in pressure from 100 mm to 120 mm in 5 min. The rate of disappearance of A_(2) is

A gaseous reaction X_2(g)rarrZ(g)+1/2Y(g) shows increase in pressure from 150 mm to 170 mm in 10 minutes. The rate of disappearance of X_2 is

A gaseous reaction A_(2)(g) rarr B(g) + (1)/(2) C(g) shows increase in pressure form 100 mm to 120 mm in 5 min . What is the rate of disappearance of A_(2) ?

A gaseous reaction A_(2)(g) rarr B(g) + (1)/(2) C(g) shows increase in pressure form 100 mm to 120 mm in 5 min . What is the rate of disappearance of A_(2) ?

A gaseous reaction A_(2)(g) rarr B(g) + (1)/(2) C(g) shows increase in pressure form 100 mm to 120 mm in 5 min . What is the rate of disappearance of A_(2) ?

In gaseous state reaction, A_(2)(g)rarrB(g)+((1)/(2))C(g) . The increase in pressure from 100 mm to 120 mm is noticed in 5 minutes. The rate of disappearance of A_(2) "in mm min"^(-1) is :

A_2(g)rarr B(g)+1/2 C(g) , the increases in pressure from 100mm to 120 mm is 5 min. The rate of disappearance of A_2 in mm/min is

A reaction X_2(g)rarr Z(g) +1/2Y(g) exhibits an increase in pressure from 150 mm to 170 mm in 10 minutes. The rate of disappearance of X_2 in mm per minute is

A reaction X_2(g)rarr Z(g) +1/2Y(g) exhibits an increase in pressure from 150 mm to 170 mm in 10 minutes. The rate of disappearance of X_2 in mm per minute is