Describe what is the half-life of the compound

Reference no: EM13501464

Under a particular set of conditions a particular compound decomposes by a first order process. If, during an experiment under these conditions, 75.0% of the compound remains after 60.0 minutes, what is the half-life of the compound?

Reference no: EM13501464

Questions Cloud

What is the crates velocity at the bottom of the slide : A 5.0 kg crate is transferred to a lower level by means of an 8 m long frictionless slide. What is the crates velocity at the bottom of the slide

Explain what are the mole fraction and the mass percent : What are the mole fraction and the mass percent of a solution made by dissolving 0.35 g KBr in 0.405 L water

How long ago did this individual die : Material found with a mummy in the arid highlands of southern Peru has a 164C activity/g of Carbon that is 78.5% of the activity present initially. How long ago (in years) did this individual die

What is the corresponding torque of this engine : The power output of an autmobile engine is advertisted to be 220 hp at 600 rpm. (Remeber 1 hp = 7446 Watts) What is the corresponding torque of this engine at that rpm

Describe what is the half-life of the compound : Under a particular set of conditions a particular compound decomposes by a first order process. If, during an experiment under these conditions, 75.0% of the compound remains after 60.0 minutes, what is the half-life of the compound

What is the angular speed of the sphere after the collision : A solid spherical target which weighs 10 kg and has a radius of 25 cm rests on a frictionless table. What is the angular speed of the sphere after the collision

What is the wheels inital angular velocty : A bicycle wheel slows down uniformly to rest over a ditance of 45 m becuase the bicyclist sees something int he road ahead. What is the wheels inital angular velocty

Explain what is the rate constant for the reaction : The reactant concentration in a zero-order reaction was 0.100 M after 115 s and 2.50×10-2 M after 350 s. What is the rate constant for this reaction. what is the initial concentration for this reaction. k=3.19*10 -4

Explain what was the initial temperature of the metal : Exactly 313.5J of heat energy will raise the temperature of 10.0 g of a metal to 60.0 C. IF the specific heat of the metal is 0.896J/gC, what was the initial temperature of the Metal

User Account

All Pages