The video tutorial explores inverse trigonometric functions, focusing on sine and cosine inverses. It discusses the restrictions on these functions and how they affect the graph shapes. The tutorial compares the graphs to the absolute value of x, explaining the horizontal and vertical shifts. It also covers domain and range restrictions, emphasizing the similarities and differences between sine and cosine inverses. The video aims to clarify the graphical interpretations and mathematical logic behind these functions.

What is the primary restriction on the domain of the sine inverse function?

• It is restricted to values between -π and π.

• It is restricted to values between 0 and π.

• It is restricted to values between -1 and 1.

• It is restricted to values between -π/2 and π/2.

What is the range of the sine inverse function?

• Between -1 and 1

• Between -π and π

• Between 0 and π

• Between -π/2 and π/2

How does the graph of sine inverse compare to the absolute value function?

• It is identical to the absolute value function.

• It is a horizontally shifted version of the absolute value function.

• It is a reflection of the absolute value function.

• It is a vertically shifted version of the absolute value function.

What is a key similarity between cosine inverse and sine inverse functions?

• Both are reflections of each other.

• Both are restricted to the same interval.

• Both have the same domain.

• Both have the same range.

How does the graph of tangent inverse compare to sine inverse?

• It is a vertically shifted version of sine inverse.

• It is a reflection of sine inverse.

• It is a horizontally shifted version of sine inverse.

• It is identical to sine inverse.

What is the domain of the cosine inverse function?

• Between -π and π

• Between -π/2 and π/2

• Between 0 and π

• Between -1 and 1

How does the graph of cosine inverse differ from that of sine inverse?

• It is a vertically shifted version of sine inverse.

• It is a horizontally shifted version of sine inverse.

• It is a reflection of sine inverse.

• It is identical to sine inverse.

What is the primary characteristic of the graph of cosine inverse?

• It is a reflection of the sine inverse graph.

• It is a vertically shifted version of the sine inverse graph.

• It is a horizontally shifted version of the sine inverse graph.

• It is identical to the sine inverse graph.

What happens to the graph of cosine inverse when compared to the absolute value function?

• It becomes a reflection of the absolute value function.

• It becomes identical to the absolute value function.

• It becomes a horizontally shifted version of the absolute value function.

• It becomes a vertically shifted version of the absolute value function.

What is the relationship between the graphs of sine and cosine functions?

• They are identical.

• They are reflections of each other.

• They are horizontally shifted versions of each other.

• They are vertically shifted versions of each other.