Question: For the single step reaction: A + B 2 C + 2 5 k J It is determined that the reaction rate doubles when the

For the single step reaction: A+B2C+25kJ
It is determined that the reaction rate doubles when the temperature is raised from 298K to 313K
Choose all the correct answers as to why the increase in temperature causes an increase in the rate.
Choose the graph that best represents the change in reaction conditione
Activation energy k decreased and molocules are able to break existing bonds.
Increasing temperature decreases the kinetic energy of the molecules.
Faster moving molecules collide less frequently with more likelhood of having the correct orientation.
Increasing temperature increases potential energy of the malecules.
Activation enengy k increased and mokccules are able to break exkting bonds
The number of molecules exceeding the actwation energy decreases and are unable to becak existing
bonds.
Increasing temperature decreases potential energy of the molecules.
Faster moving molecules collide mare often with more fikdihood of having the correct orientation.
The number of molecules exceeding the acthation energy increases and are able to break existing bondk.
Increasing temperature increases the kinetic energy of the molecules.
 For the single step reaction: A+B2C+25kJ It is determined that the

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