Halogen Displacement Reactions | 14–16 Practicals
Find supporting resources including pause-and-think questions, technician notes, worksheets, integrated instructions, and more ➡️ https://rsc.li/3bebvym Discover videos for more core practicals for 14–16 ➡️ https://rsc.li/36XHfXi Displacement reactions can be used to determine the relative reactivity of the halogen elements. This microscale experiment shows the reactions between chlorine, bromine and iodine ions with potassium chloride, potassium bromide and potassium iodide respectively. You will see a colour change where a reaction has occurred. The reactivity trend of these three halogens can be deduced from the reactions that take place. Chapter titles 00:10 Introduction 01:25 Set up for microscale experiment 04:59 Illustration of displacement reaction 05:54 Redox reactions 06:34 Results table Discover videos for more core practicals for 14–16 year olds at: https://rsc.li/36XHfXi
Find supporting resources including pause-and-think questions, technician notes, worksheets, integrated instructions, and more ➡️ https://rsc.li/3bebvym Discover videos for more core practicals for 14–16 ➡️ https://rsc.li/36XHfXi Displacement reactions can be used to determine the relative reactivity of the halogen elements. This microscale experiment shows the reactions between chlorine, bromine and iodine ions with potassium chloride, potassium bromide and potassium iodide respectively. You will see a colour change where a reaction has occurred. The reactivity trend of these three halogens can be deduced from the reactions that take place. Chapter titles 00:10 Introduction 01:25 Set up for microscale experiment 04:59 Illustration of displacement reaction 05:54 Redox reactions 06:34 Results table Discover videos for more core practicals for 14–16 year olds at: https://rsc.li/36XHfXi