Introducing Pythagoras

Curriculum support20 minsFREE

Key takeaways
Understanding what is Pythagoras Theorem.
Understanding what are Pythagorean Triads and how to find different triads from basic triads.
Understanding how to find the missing sides of a right-angled triangle using Pythagoras theorem.
Manish SalianHost: Mr. Salian has 21 years of experience in teaching Maths, with 5 years in the online teaching space. As well as teaching KS3 and KS4 Maths he has taught students for some of the toughest competitive exams around the world, including GRE, GMAT, SAT, Maths Olympiad and UKMT. His unique style of teaching includes relating the concepts to real world in order to understand difficult concepts in a practical and easy manner. With Mr Salian's classes you can follow his philosophy 'to overcome the fear of maths is the first step towards mastering the subject.' So come join us and fall in love with Maths!

Did you know that Pythagoras Theorem was invented around 1900 B.C.? In this session, students will be introduced to the concept of Pythagoras Theorem including what Pythagorean Triads are and how to easily find different triads from basic triads. Students will also learn how to find the missing sides of any right-angled triangle using the Pythagorean Theorem. This class is aimed at students in Years 10/11 who want to boost their confidence in their maths skills!

Feel more confident in these topics next: EnlargementExpanding Triple BracketsSimultaneous Equations

Safeguarding reminder:The safety of your child is of the utmost importance. All of our classes are pre-recorded to remove any concerns around live participation. For reruns of our past live classes, students' webcams and microphones were disabled and only the chat history, if participation was requested, is visible.

Suitable for:

This class is suitable for all Maths students in Years 10-11 or S4-S5.

Class requirements:
You will need a laptop or device with internet connection to watch the class, as well as a pen and notepad for taking notes.
What to expect:
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