[vc_row][vc_column][trx_tabs initial=”1″ scroll=”yes” height=”300″ top=”25″ bottom=”25″ class=”2em”][trx_tab title=”Lesson Objective” tab_id=”sc_tab_1517087401_1_36″ class=”2em”][vc_column_text]The objective is to: 1. Name and draw the structures of simple alkanols and alkanoic acids 2. Describe the preparation and explain the physical and chemical properties of alkanols and alkanoic acids 3. State the main features of the homologous series 4. State and explain

[vc_row][vc_column][trx_tabs initial=”1″ scroll=”yes” height=”300″ top=”25″ bottom=”25″ class=”2em”][trx_tab title=”Lesson Objective” tab_id=”sc_tab_1517087588_1_73″ class=”2em”][vc_column_text]The objective is to: 1. Define radioactivity, half-life, radioisotope and nuclides 2. State types of radioactivity 3. Name the particles emitted during radioactive decay and state their properties 4. Carry out simple calculations involving half-life (tl/2) 5. Write balanced nuclear equations 6. Distinguish between nuclear

[vc_row][vc_column][trx_tabs initial=”1″ scroll=”yes” height=”300″ top=”25″ bottom=”25″ class=”2em”][trx_tab title=”Lesson Objective” tab_id=”sc_tab_1517086440_1_70″ class=”2em”][vc_column_text]The objective is to: 1. Define exothermic and endothermic reactions using DH notation 2. Draw energy level diagrams 3. Explain fusion and vaporisation as evidence of inter-particle forces 4. Explain that energy changes in chemical reactions are due to bond formation and bond breaking 5.

[vc_row][vc_column][trx_tabs initial=”1″ scroll=”yes” height=”300″ top=”25″ bottom=”25″ class=”2em”][trx_tab title=”Lesson Objective” tab_id=”sc_tab_1517086774_1_85″ class=”2em”][vc_column_text]The objective is to: 1. Define rate of reaction 2. Explain the term activation energy 3. Describe some methods used to measure rates of reaction 4. Explain the effects of different factors on reaction rates 5. Illustrate reaction rates graphically and interpret experimental data 6.

[vc_row][vc_column][trx_tabs initial=”1″ scroll=”yes” height=”300″ top=”25″ bottom=”25″ class=”2em”][trx_tab title=”Lesson Objective” tab_id=”sc_tab_1517086976_1_39″ class=”2em”][vc_column_text]The objective is to: 1. Explain redox reactions in terms of gain and loss of electrons 2. Identify changes in oxidation numbers during redox reactions 3. Write balanced redox equations 4. Explain an electrochemical cell in terms of electron transfer process 5. Draw cell diagrams

[vc_row][vc_column][trx_tabs initial=”1″ scroll=”yes” height=”300″ top=”25″ bottom=”25″ class=”2em”][trx_tab title=”Lesson Objective” tab_id=”sc_tab_1517087181_1_3″ class=”2em”][vc_column_text]The objective is to: 1. Name the chief ores of some metals 2. Describe and explain general methods used in the extraction of metals from their ores 3. Select and describe suitable methods for the cxtraction of some metals from their ores 4. Describe and