Previewing

Graphs of y = asinn(t+-c) and y=acosn(t+-c) - Revision Quiz 1

Question 1 of 5

The correct equation for the adjacent function is?

A

\(y = 2\sin (x + \dfrac{\pi }{2})\)

B

\(y = 3\sin (x + \dfrac{\pi }{2})\)

C

\(y = 2\cos (x + \dfrac{\pi }{2})\)

D

\(y = 3\cos (x + \dfrac{\pi }{2})\)

Answer

You must be logged in to see the answer.

Worked Solution

You must be logged in to see the worked solutions.
Previewing

Graphs of y = asinn(t+-c) and y=acosn(t+-c) - Revision Quiz 1

Question 2 of 5

The correct equation for the adjacent function is?

A

\(y = 2\cos (x + \dfrac{\pi }{2})\)

B

\(y = 2\sin (x - \dfrac{\pi }{2})\)

C

\(y = 2\sin (x + \dfrac{\pi }{2})\)

D

\(y = 2\cos (x - \dfrac{\pi }{2})\)

Answer

You must be logged in to see the answer.

Worked Solution

You must be logged in to see the worked solutions.

You must have an active subscription to access course content
Previewing

Graphs of y = asinn(t+-c) and y=acosn(t+-c) - Revision Quiz 1

Question 3 of 5

The correct equation for the adjacent function is?

A

\(y = -2\cos 2(x + \dfrac{\pi }{2})\)

B

\(y = -2\sin 2(x + \dfrac{\pi }{2})\)

C

\(y = 2\cos 2(x + \dfrac{\pi }{2})\)

D

\(y = 2\sin 2(x + \dfrac{\pi }{2})\)

Answer

You must be logged in to see the answer.

Worked Solution

You must be logged in to see the worked solutions.

You must have an active subscription to access course content
Previewing

Graphs of y = asinn(t+-c) and y=acosn(t+-c) - Revision Quiz 1

Question 4 of 5

The correct equation for the adjacent function is?

A

\(y = 3\sin (x + \dfrac{\pi }{2})\)

B

\(y = 3\cos 2(x + \dfrac{\pi }{2})\)

C

\(y = -3\sin 2(x - \dfrac{\pi }{2})\)

D

\(y = -3\cos 2(x - \dfrac{\pi }{2})\)

Answer

You must be logged in to see the answer.

Worked Solution

You must be logged in to see the worked solutions.

You must have an active subscription to access course content
Previewing

Graphs of y = asinn(t+-c) and y=acosn(t+-c) - Revision Quiz 1

Question 5 of 5

The correct equation for the adjacent function is?

A

\(y = 2\cos (x + {\pi })\)

B

\(y = 2\sin ({\pi } - x)\)

C

\(y = 2\cos (x - {\pi })\)

D

\(y = 2\sin (x - {\pi })\)

Answer

You must be logged in to see the answer.

Worked Solution

You must be logged in to see the worked solutions.

You must have an active subscription to access course content

Homepage

Course Index

Build a Quiz

Subscriptions

Courses

VIC Y11 Maths - General VIC Y11 Maths - Methods VIC Y11 Maths - Specialist

Topics

Linear Relations Algebra Quadratic Relations Collection of Graphs Functions and Relations Polynomials Transformations Probability Counting Methods Discrete Probability Distributions Exponential Functions Circular Functions Rates of Change Differential and Antidifferentiation of Polynomials Applications of Differentiation and Antidifferentiation Further Differentiation and Antidifferentiation Integration

Graphs of y = asinn(t+-c) and y=acosn(t+-c) - Questions

Q 1 More Questions

Question 1

The correct equation for the adjacent function is?

\(y = 2\sin (x + \dfrac{\pi }{2})\)

\(y = 3\sin (x + \dfrac{\pi }{2})\)

\(y = 2\cos (x + \dfrac{\pi }{2})\)

\(y = 3\cos (x + \dfrac{\pi }{2})\)

Answer Click to reveal

Worked Solution Click to reveal

Create account

I am..

A teacher
A student
A tutor

Please enter your details

First Name.

Last Name

Email Address

State

I agree with your terms of service

You must be logged in to see more questions. or

Previewing

Graphs of y = asinn(t+-c) and y=acosn(t+-c) - Revision Quiz 1

Previewing

Graphs of y = asinn(t+-c) and y=acosn(t+-c) - Revision Quiz 1

Previewing

Graphs of y = asinn(t+-c) and y=acosn(t+-c) - Revision Quiz 1

Previewing

Graphs of y = asinn(t+-c) and y=acosn(t+-c) - Revision Quiz 1

Previewing

Graphs of y = asinn(t+-c) and y=acosn(t+-c) - Revision Quiz 1

Homepage

Course Index

Build a Quiz

Subscriptions

Courses

Topics

Graphs of y = asinn(t+-c) and y=acosn(t+-c) - Questions

Create account

I am..

Please enter your details