The Relationship between Heat and Amount of Reaction

1.0Aim:The aim of this experiment is to investigate the relationship between the stir up and marrow of respondion of an experiment. 2.0Theory:When an acid response (i.e. HCl) is mixed with a firmness of a base (i.e. NaOH), hydrogen ions from the acid react with hydroxide ions from the base, thereby forming urine. This chemical response causes combust to be released, resulting in the temperature of the reaction miscellanea rising:H+(aq) + OH-(aq) H2O(l)In this experiment, several reaction kinds will be made, separately containing various concentrations of acid and hydroxide resultant roles. As the volumes of the reaction mixtures are the same, the temperature changes are relative measures of the amount of heat released. 3.0Equipment:3 x Test tubesTest tube rackThermometer2 x Measuring cylindersHydrochloric acid (2.0 M, 1.0 M, 0.5 M, 0.1 M)Sodium hydroxide (2.0 M, 1.0 M, 0.5 M, 0.1 M)4.0Procedure:1.10mL each of the acid solution and hydroxide solution (as per Figure 4.1) was mensurable for reaction mixture 1. 2.The acid solution was pored into a test tube where its temperature was measured and enter (Figure 5.2). 3.10mL of hydroxide solution was added to the acid, whilst stirring gently. The maximum temperature reached was recorded. 4.The temperature nitty-gritty on was reason and recorded. 5.Steps 1-4 were repeated once more where a unvaried temperature was reached, and twice more if not. The average temperature increase was calculated and recorded from this data. 6.Steps 1-5 were repeated for each reaction mixture. 7.The amount of water (in breakwateres) organise from the reaction between hydrogen and hydroxide ions in each reaction mixture was calculated and recorded. Figure 4.1Reaction Mixture[H+] groyne L-1[OH-] mol L-112221130.50.

540.10.5520.560.525.0Results:Figure 5.1Results TableReaction MixtureAmount of H+(aq) (mol)Amount of OH-(aq) (mol)Amount of H2O formed (mol)Ti (ºC)Tf ( ºC)Temp. ChangeAverage Temp. Change10.020.020.0225ºC34ºC9ºC10.5ºC25ºC35.5ºC10.5ºC25ºC37ºC12ºC20.010.010.0124ºC29.5ºC5.5ºC5.5ºC23.5ºC29ºC5.5C30.0050.0050.00525ºC28.5ºC3.5ºC3.5ºC25ºC28.5ºC3.5ºC40.0010.0010.00125.2ºC26.1ºC0.9ºC0.7ºC25.5ºC26ºC0.5ºC50.020.0050.00525.5ºC27ºC1.5ºC1.5ºC25.5ºC27ºC1.5ºC60.0050.020.00525ºC28ºC3ºC3ºC24ºC27ºC3ºC24ºC27ºC3ºCFigure 5.2Results GraphTask: pulmonary tuberculosis the remit/graph to deduce an average value of the grinder heat of neutralisation (the heat that... If you want to get a in full essay, order it on our website: OrderCustomPaper.com
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