Explain a reaction which is second order in reactant b

Reference no: EM13500023

A reaction which is second order in reactant B has a rate constant of 1.1*10^-3 L/mole*sec. How long would it take it for the concentration of B to be reduced to 65% of its original value? Assume that the original concnetration of B was 2.5 mole/L.

Reference no: EM13500023

Questions Cloud

Determine the minimum weight an astronaut would have : As astronauts travel between the Earth and the moon, their mass remains constant, but their weight diminishes. Determine the minimum weight an astronaut would have

Patterns of frictional coefficient and wear resistance : Pin on disk machine and machined the important related to industry applications in this machine.

Determine the speed of the aircraft : A plane, diving with constant speed at an angle of 49.0° with the vertical, releases a projectile at an altitude of 560 m. The projectile hits the ground 6.00 s after release. What is the speed of the aircraft

Prepare both of the journal entries to record interest : Prepare both of the journal entries to record interest on June 30 and December 31.

Explain a reaction which is second order in reactant b : A reaction which is second order in reactant B has a rate constant of 1.1*10^-3 L/mole*sec. How long would it take it for the concentration of B to be reduced to 65% of its original value

Determine the width of the slit : Light with ? = 760 nm is diffracted by a single slit, and the first intensity minimum (the first dark fringe) occurs at ? =3°. What is the width of the slit

Who relies on the financial statements : a) Who relies on the financial statements (external users) and why, what are they using the statements for?

Explain how many liters of gas are evolved at stp : When 7.76 grams of magnesium bicarbonate are mixed with 300. mL of 0.10 M hydrocyanic acid, how many liters of gas are evolved at STP

Define ignoring any side reactions and assuming the reaction : Ignoring any side reactions and assuming the reaction occurs completely, how large (in kg) an oxygen candle (KClO3) would be needed to supply 8 people with enough oxygen for 24 hours on a small submarine

User Account

All Pages