Download Master The Fundamentals Of Chemistry (Part 2 of 4)

Description

Master The Fundamentals Of Chemistry (Part 2 of 4), the course of teaching the principles of chemistry part 2 has been published by Udemy Academy. This course helps the student prepare for their exams by helping them understand chemistry rather than focusing on trying to memorize seemingly unrelated facts. This course includes practical demonstrations of reactions and experiments common in GCSE papers. This course covers all the material studied in the iGCSE Chemistry and GCSE Chemistry courses in the periodic table and calculations. These are usually the subjects covered in GCSE courses by schools in Year 10 (Year 9/10, ages 14/15). This material is also relevant for most GCSE courses. It is designed for students who are currently in Years 10/11 (Year 9/10, ages 14-16) and are reviewing material covered in their school lessons.

It will also be useful for those students entering A Level Chemistry or IBDP courses who need a solid foundation before embarking on these more advanced qualifications. The material discussed in this topic is also covered in most American and Canadian 10th grade chemistry/science curricula (ages 15/16). This class covers all the content required to write the IGCSE Chemistry exams offered by Pearson Edexcel (double or triple) or Cambridge CIE (core or advanced) or other exam boards such as Oxford AQA.

What you will learn

In this course you will learn exactly what you need to know for your chemistry exams so that you can pass the exams as well as possible.
Understand how similarities in the reactions of Group 1 elements with water provide evidence to identify them as a family of elements.
Understand how differences between the reactions of Group 1 elements with oxygen and water provide evidence for their reactivity patterns.
Use knowledge of Group 1 trends to predict properties of other alkali metals
Explain the process of reactivity in terms of electronic configuration
Know the colors and states of group 7 elements at room temperature and trends in physical properties