For a reaction, `X(g) rarr Y(g) + Z(g)`. The half-life periof is `10 min`. In what periof of time would the concentration of `X` be reduced to `10%` of the original concentration ?

For a reaction, X (g) to Y(g) + Z(g) the half-life period is 10 min. In what period of time would the concentration of X be reduced to 10% of original concentration?

For an elementary reaction , X(g)toY(g)+Z(g) the half life period is 10 min. In what period of time would the concentration of X be reduced to 10% of original concentration?

For an elementary reaction , X(g)toY(g)+Z(g) the half life period is 10 min. In what period of time would the concentration of X be reduced to 10% of original concentration?

For an elementary reaction , X(g)toY(g)+Z(g) the half life period is 10 min. In what period of time would the concentration of X be reduced to 10% of original concentration?

The half life period for the first order reaction XY_(2) rarr X+Y_(2) is 10 minutes . In what period would the concentration of XY_(2) be reduced to 10% of the original concentration ?

The half life of a first order reaction AtoB+C is 10 minutes. The concentration of 'A' would be reduced to 10% of the original concentration in

The half life period of a first order reaction, A to Product is 10 minutes. In how much time is the concentration of A reduced to 10% of its original concentration?

The half life period of a first order reaction, A to Product is 10 minutes. In how much time is the concentration of A reduced to 10% of its original concentration?

Half-life period of a first order reaction is 100 min. After 144.3 min, concentration of reactant is reduced to … of the original concentration

The half-life periof of a first order reaction is…………..of initial concentration.