With the included sensors the following experiments can be achieved, note that a suitable Data Logger is not included in the sensor pack.

Chemistry L2 eBook

• 01 How hot can water get? 1 
• 02 How hot can water get? 2 
• 03 How hot can water get? 3 
• 04 Measuring pH values 
• 05 What is the pH value of water? 
• 06 Comparing the effectiveness of antacids 
• 07 A chemical reaction using two chemicals found in the home 
• 08 What happens when an acid is mixed with an alkali? 
• 09 Acid base titration: Sodium hydroxide with hydrochloric acid 
• 10 Burning a fossil fuel 
• 11 Hot and cold reactions 
• 12 Does mass change in a chemical reaction? 
• 13 Using mass loss to see how quickly a reaction takes place 
• 14 Rate of reaction: Marble chips and hydrochloric acid 
• 15 Evaporation 
• 16 What happens when salt dissolves in water? 
• 17 Heat of vapourisation of a liquid 
• 18 Hydrogen bonding - evaporation 
• 19 Citrus power 
• 20 What happens to mass as a fuel is burnt? 
• 21 Good and bad conductors 

Chemistry L3 eBook

• 01 Burning a fossil fuel 
• 02 Comparing fuels 
• 03 Good and bad conductors 
• 04 Electric lemons 
• 05 Reduction potentials - micro Voltaic cells 
• 06 Faraday’s laws of electrolysis 
• 07 Potentiometric study of a mixture of halide ions 
• 08 A displacement reaction 
• 09 Hot and cold reactions 
• 10 Measurement of enthalpy changes: calorimetry 
• 11 Measurement of enthalpy changes: Endothermic reactions 
• 12 Hess’s law: Sodium hydroxide and hydrochloric acid 
• 13 Heat of combustion: Magnesium and oxygen 
• 14 Heat of solution - adding salt to water 
• 15 Measuring pH values 
• 16 Measuring pH values of everyday substances 
• 17 What is the pH value of water? 
• 18 Comparing the effectiveness of antacids 
• 19 What happens when an alkali is mixed with an acid? 
• 20 A chemical reaction using 2 chemicals found in the home 
• 21 Buffer solutions 
• 22 Change of state from solid to liquid 
• 23 Change of state from liquid to gas 
• 24 Heat of fusion of ice 
• 25 Hydrogen bonding - evaporation 
• 26 Heat of vapourisation of a liquid 
• 27 Boyles law 
• 28 Temperature volume relationship in a gas (Charles law, Gay-Lussacs law) 
• 29 Pressure temperature relationship of a gas, absolute zero 
• 30 Daltons law of partial pressures 
• 31 Molar mass of a volatile liquid 
• 32 Determination of R, the gas constant 
• 33 Determination of n for a chemical reaction 
• 34 Acid alkali titration using a burette 
• 35 Acid base titrations: Sodium hydroxide against hydrochloric acid 
• 36 Acid base titrations: Sodium carbonate against hydrochloric acid 
• 37 Acid base titrations: polyprotic acids, titration of phosphoric acid 
• 38 Acid base titrations: polyprotic acids, determination of the molar concentration of phosphoric acid in cola 
• 39 Acid base titrations: Alanine with sodium hydroxide 
• 40 Acid base titrations: a thermometric titration 
• 41 Acid base titrations: a conductometric titration of sodium hydroxide with hydrochloric acid using a burette 
• 42 Acid base titrations: sodium hydroxide with hydrochloric acid 
• 43 Acid base titrations: barium hydroxide with hydrochloric acid 
• 44 Rate of reaction: marble chips and hydrochloric acid 
• 45 Rate of reaction: Which catalyst is best? 
• 46 Rate of reaction: Light transmittance of hydrochloric acid and sodium thiosulphate 
• 47 Autocatalytic oxidation of ethanedioate by manganate (VII) 
• 48 Finding the concentration of a solution using Beer Lambert’s law 
• 49 Finding the concentration of chlorine using Beer Lambert’s law 
• 50 Determination of the manganese content of a paper clip 
• 51 Stoichiometry of the copper - EDTA complex 
• 52 Chemical equilibrium, calculating Kc 
• 53 Colorimetric determination of glucose concentration 
• 54 Comparing and measuring the viscosity of liquids