How to use the pythagorean identities to simplify a trigonometric expression

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👉 Learn how to simplify trigonometric expressions by factoring, expansion, and re-grouping. To simplify a trigonometric identity means to reduce the identity to the simplest form it can take which may be a number or a simple trigonometric function.

This can be achieved by various means including factoring out the GCD of the terms and applying common trigonometric identities like the quotient, reciprocal, even, odd, co-function, and the Pythagoras trigonometric identity to further reduce the original trigonometric identity.

Trigonometric identities that are given in the form of two or more terms in parenthesis can be simplified by first expanding the terms and regrouping the terms so that we can apply common trigonometric identities like the quotient, reciprocal, even, odd, co-function, and the Pythagoras trigonometric identity to further reduce the original trigonometric identity.

Organized Videos:
✅ Simplify Trigonometric Identities
✅ Simplify Trig Functions Using Identities
✅ How to Simplify The Trigonometric Identitities by Dividing
✅ How to Simplify Trigonometric Identities by Adding and Subtracting
✅ Simplify Trigonometric Identities by Factoring
✅ How to Simplify Trigonometric Expressions by Multiplying
✅ Learn About Trigonometric Identities

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thank you for this video I like the way you explain

Juicyvale
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What did you do with the 1 that was subtracted

lubicakotevski