AP Calculus AB: 5.1.1 A Review of Trigonometry
This flashcard set provides a comprehensive review of fundamental trigonometric concepts, including the Pythagorean identity and basic trig functions. It also includes practice problems focused on simplifying trigonometric expressions using identities and reciprocal relationships between functions.
A Review of Trigonometry
The Pythagorean theorem relates the sides of a right triangle. Each trigonometric function matches the ratio of two sides of a right triangle to one of the angles.
The Pythagorean identity is sin^2x+cos^2x=1
Key Terms
A Review of Trigonometry
The Pythagorean theorem relates the sides of a right triangle. Each trigonometric function matches the ratio of two sides of a right triang...
note
Trigonometry examines the relationships between the lengths of the sides of a right triangle and one of the acute angles of that triangle.<...
Simplify the expression: sin(x)/cos(x) ⋅ cot(x)
1
Simplify the expression: sin(x) ⋅ sec(x) ⋅ tan(x) − sec^2(x)
-1
Simplify the expression: sec(x) ⋅ csc(x) ⋅ cot(x)
csc^2 (x)
Simplify the expression: cscx/sinx−cot^2x
1
Related Flashcard Decks
Study Tips
- Press F to enter focus mode for distraction-free studying
- Review cards regularly to improve retention
- Try to recall the answer before flipping the card
- Share this deck with friends to study together
| Term | Definition |
|---|---|
A Review of Trigonometry |
|
note |
|
Simplify the expression: sin(x)/cos(x) ⋅ cot(x) | 1 |
Simplify the expression: sin(x) ⋅ sec(x) ⋅ tan(x) − sec^2(x) | -1 |
Simplify the expression: sec(x) ⋅ csc(x) ⋅ cot(x) | csc^2 (x) |
Simplify the expression: cscx/sinx−cot^2x | 1 |
Simplify the expression:sinx⋅1/cosx | tan x |
Simplify the expression:cosx⋅1/sinx | cot x |
Simplify the expression:sin(x)⋅1/csc(x)+cos(x)⋅1/sec(x) | 1 |
Simplify the expression:tanx⋅cosx | sin x |
Simplify the expression:sin(x)⋅1/sec(x)−cos(x)⋅1/csc(x) | 0 |
Evaluate the following expression exactly using trigonometric identities.sin^2 π/10+cos^2 π/10 | 1 |
Simplify the expression:tanx⋅cos^2x | sin x cos x |