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I can conclude that if you double the concentration of the acid the reaction rate would
also double, this is because the ions are closer together in a concentrated solution. ... The more often they collide, the
higher the chance of a reaction between the magnesium and the hydrochloric acid. Also
because there are more particles in the solution which would increase the likelihood that
they would hit the magnesium so the reaction rate would increase. The graph gives us a
good device to prove that if you double the concentration the rate of reaction doubles. ... In the reaction, when the magnesium hit the acid, it fizzed and produced
many bubbles it was silver in colour(which is one magnesiums physical properties silvery
white metallic element), the activation energy of a particle gets higher with heat, the
particles which have to have the activation energy are those particles which are moving,
in the case of magnesium and hydrochloric acid, it is the hydrochloric acid particles
which have to have the activation energy because they are the ones that are moving and
bombarding the magnesium particles to produce magnesium chloride.
Approximate Word count = 480
Approximate Pages = 1.9
(250 words per page double spaced)
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