The video tutorial explains the unit circle, starting with drawing a circle of radius 1 at the origin and rotating an angle Theta. It describes how the x and y coordinates of a point on the unit circle relate to cosine and sine of Theta. The tutorial then explores triangle similarity, explaining how the tangent, secant, and cosecant functions are derived. It also discusses the concept of complementary angles and how these trigonometric functions extend to other quadrants, highlighting their range restrictions.

What is the x-coordinate of a point on the unit circle at an angle Theta?

• Tangent of Theta

• Cosine of Theta

• Secant of Theta

• Sine of Theta

What is the y-coordinate of a point on the unit circle at an angle Theta?

• Secant of Theta

• Tangent of Theta

• Cosine of Theta

• Sine of Theta

How is the distance D related to the tangent of Theta?

• D is equal to tangent Theta

• D is equal to sine Theta

• D is equal to cosine Theta

• D is equal to secant Theta

What is the tangent of Theta in terms of sine and cosine?

• Sine Theta over Cosine Theta

• Cosine Theta over Sine Theta

• 1 over Cosine Theta

• 1 over Sine Theta

What is the hypotenuse of the triangle in terms of Theta?

• 1 over sine Theta

• 1 over secant Theta

• 1 over cosine Theta

• 1 over tangent Theta

Which trigonometric function is the reciprocal of cosine?

• Cosecant

• Sine

• Secant

• Tangent

What is the relationship between D and the cosecant of Theta?

• D is equal to tangent Theta

• D is equal to cosecant Theta

• D is equal to cosine Theta

• D is equal to sine Theta

What is the secant of Theta in terms of the hypotenuse?

• 1 over tangent Theta

• 1 over cosine Theta

• 1 over secant Theta

• 1 over sine Theta

Which function is defined as 1 over sine Theta?

• Cosine

• Cosecant

• Tangent

• Secant

Which function is defined as 1 over cosine Theta?

• Secant

• Cosecant

• Tangent

• Sine