(1). The rate of reaction means the rate of
bonds catalyst chance changed collide collision theory collisions concentration enzyme faster frequency frequently kinetic loss maintainance pressure product smaller solid specific reactions speed surface area temperature used of reactant or rate of formation of
bonds catalyst chance changed collide collision theory collisions concentration enzyme faster frequency frequently kinetic loss maintainance pressure product smaller solid specific reactions speed surface area temperature used .
(2) Chemical reactions can only take place when particles
bonds catalyst chance changed collide collision theory collisions concentration enzyme faster frequency frequently kinetic loss maintainance pressure product smaller solid specific reactions speed surface area temperature used into each other and this is known as the
bonds catalyst chance changed collide collision theory collisions concentration enzyme faster frequency frequently kinetic loss maintainance pressure product smaller solid specific reactions speed surface area temperature used of chemical reactions.
(3) There are several ways to change the rate or
bonds catalyst chance changed collide collision theory collisions concentration enzyme faster frequency frequently kinetic loss maintainance pressure product smaller solid specific reactions speed surface area temperature used of a reaction.
(4) Increasing the
bonds catalyst chance changed collide collision theory collisions concentration enzyme faster frequency frequently kinetic loss maintainance pressure product smaller solid specific reactions speed surface area temperature used increases the
bonds catalyst chance changed collide collision theory collisions concentration enzyme faster frequency frequently kinetic loss maintainance pressure product smaller solid specific reactions speed surface area temperature used energy of the particles and they
bonds catalyst chance changed collide collision theory collisions concentration enzyme faster frequency frequently kinetic loss maintainance pressure product smaller solid specific reactions speed surface area temperature used more
bonds catalyst chance changed collide collision theory collisions concentration enzyme faster frequency frequently kinetic loss maintainance pressure product smaller solid specific reactions speed surface area temperature used and with greater energy.
(5) Increasing the
bonds catalyst chance changed collide collision theory collisions concentration enzyme faster frequency frequently kinetic loss maintainance pressure product smaller solid specific reactions speed surface area temperature used of a reactant in solution increases the
bonds catalyst chance changed collide collision theory collisions concentration enzyme faster frequency frequently kinetic loss maintainance pressure product smaller solid specific reactions speed surface area temperature used of a 'fruitful' collision between particles.
(6) For gaseous reactants increasing the
bonds catalyst chance changed collide collision theory collisions concentration enzyme faster frequency frequently kinetic loss maintainance pressure product smaller solid specific reactions speed surface area temperature used increases the rate of reaction and is the same as increasing the concentration producing a greater
bonds catalyst chance changed collide collision theory collisions concentration enzyme faster frequency frequently kinetic loss maintainance pressure product smaller solid specific reactions speed surface area temperature used of collisions.
(7) A
bonds catalyst chance changed collide collision theory collisions concentration enzyme faster frequency frequently kinetic loss maintainance pressure product smaller solid specific reactions speed surface area temperature used reactant will react faster if it is broken into
bonds catalyst chance changed collide collision theory collisions concentration enzyme faster frequency frequently kinetic loss maintainance pressure product smaller solid specific reactions speed surface area temperature used pieces. This increases the
bonds catalyst chance changed collide collision theory collisions concentration enzyme faster frequency frequently kinetic loss maintainance pressure product smaller solid specific reactions speed surface area temperature used and allows more
bonds catalyst chance changed collide collision theory collisions concentration enzyme faster frequency frequently kinetic loss maintainance pressure product smaller solid specific reactions speed surface area temperature used between the reactants.
(8) Adding a
bonds catalyst chance changed collide collision theory collisions concentration enzyme faster frequency frequently kinetic loss maintainance pressure product smaller solid specific reactions speed surface area temperature used can also speed up a reaction because it helps break chemical
bonds catalyst chance changed collide collision theory collisions concentration enzyme faster frequency frequently kinetic loss maintainance pressure product smaller solid specific reactions speed surface area temperature used between atoms. However, although
bonds catalyst chance changed collide collision theory collisions concentration enzyme faster frequency frequently kinetic loss maintainance pressure product smaller solid specific reactions speed surface area temperature used helps the reaction to go
bonds catalyst chance changed collide collision theory collisions concentration enzyme faster frequency frequently kinetic loss maintainance pressure product smaller solid specific reactions speed surface area temperature used , it is not
bonds catalyst chance changed collide collision theory collisions concentration enzyme faster frequency frequently kinetic loss maintainance pressure product smaller solid specific reactions speed surface area temperature used at the end of a reaction and can be
bonds catalyst chance changed collide collision theory collisions concentration enzyme faster frequency frequently kinetic loss maintainance pressure product smaller solid specific reactions speed surface area temperature used again.
(9) In living systems a biological
bonds catalyst chance changed collide collision theory collisions concentration enzyme faster frequency frequently kinetic loss maintainance pressure product smaller solid specific reactions speed surface area temperature used is called an
bonds catalyst chance changed collide collision theory collisions concentration enzyme faster frequency frequently kinetic loss maintainance pressure product smaller solid specific reactions speed surface area temperature used and catalyses a
bonds catalyst chance changed collide collision theory collisions concentration enzyme faster frequency frequently kinetic loss maintainance pressure product smaller solid specific reactions speed surface area temperature used . and are essential for the
bonds catalyst chance changed collide collision theory collisions concentration enzyme faster frequency frequently kinetic loss maintainance pressure product smaller solid specific reactions speed surface area temperature used of all life.