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3-1 (Part 2) Practice

Last updated over 2 years ago
18 questions
1
Fill in the blanks to write a cosine function with an amplitude of 2 and a period of 1 pi.:
f(x) = _______ cos(_______ x)
1
Fill in the blanks to write a cosine function with an amplitude of 1 and a period of 3.:
f(x) = _______ cos(_______ x)
1
Fill in the blanks to write a cosine function with an amplitude of pi/2 and a period of pi/6:
f(x) = _______ cos(_______ x)
1
Fill in the blanks to write a sine function that would model the image (if a blank should be empty write "none"):
f(x) = _______ sin_______ (x_______ )_______
1
Fill in the blanks to write a cosine function that would model the image (if a blank should be empty write "none"):
f(x) = _______ cos_______ (x _______ )_______
1
Fill in the blanks to write a sine function that would model the image (if a blank should be empty write "none"):
f(x) = _______ sin_______ (x_______ )_______
1
Fill in the blanks to write a cosine function that would model the image (if a blank should be empty write "none"):
f(x) = _______ cos_______ (x _______ )_______
1
Fill in the blanks to write a sine function that would model the image (if a blank should be empty write "none"):
f(x) = _______ sin_______ (x _______ )_______
1
Fill in the blanks to write a cosine function that would model the image (if a blank should be empty write "none"):
f(x) = _______ cos_______ (x _______ )_______
1
Fill in the blanks to write a sine function that would model the image (if a blank should be empty write "none"):
f(x) = _______ sin_______ (x _______ )_______
1
Fill in the blanks to write a cosine function that would model the image (if a blank should be empty write "none"):
f(x) = _______ cos_______ (x _______ )_______
1

What is one solution to the equation over the interval from 0 to 2pi?

1

What is a second solution to the equation over the interval from 0 to 2pi?

1

What is a third solution to the equation over the interval from 0 to 2pi?

1

What is the last solution to the equation over the interval from 0 to 2pi?

1

What is one solution to the equation over the interval from 0 to 2pi? (Round to the nearest hundredth)

1

What is the other solution to the equation over the interval from 0 to 2pi? (Round to the nearest hundredth)

1

What is the solution to the equation over the interval from 0 to 2pi? (Round to the nearest hundredth)