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AIM I will investigate the effect of concentration on the rate of reaction between magnesium and hydrochloric acid Also to find out how much and how quick hydrogen is produced Magnesium symbol Mg silvery white metallic element that is relatively reactive In group 2 of the periodic table magnesium is one of the alkaline earth metals The atomic number of magnesium is 12 The rate of a chemical reaction is a measure of how fast the reaction takes place It is important to remember that a rapid reaction is completed in a short period of time BACKGROUND INFORMATION Magnesiums Hydrochloric acidaq Magnesium Chlorideaq Hydrogeng Mg 2HCl MgCl2 H2 In the reaction when the magnesium hits the acid when dropped in it fisses and then disappears giving of hydrogen as it fisses and it leaves behind a solution of hydrogen chloride The rate at which all reactions happen are different An example of a fast reaction is an explosion and an example of a slow reaction is rusting For particles to react- a They have to collide with each other b They need a certain amount of energy to break down the bonds of the particles and form new ones This energy is called the Activation Energy or Ea When we increase the temperature we give the particles more energy which 1 Makes them move faster which In turn makes them collide with each other more often 2 Increases the average amount of energy particles have so more particles have the activation energy Both of these changes make the rate of reaction go up so we see a decrease in the amount of time taken for the reaction and an increase in amount of hydrogen gas produced A change in concentration is a change in the number of particles in a given volume Prediction
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