9/16/2021-HW Reciprocals and Cofunctions & Quiz Review

A few questions to start...

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I feel like this class is going to take a lot of my time.

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I struggled on the last assignment.

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I'm satisfied with the feedback I'm receiving from Mrs. Boyd.

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Feel free to ask me any questions or concerns or just tell me how you're feeling about the class so far...

Now, on with the trig for the day...be sure to show your work as necessary for credit on the assignment.

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Find
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Find
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Find
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Find
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Find
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Find
(express your answer as a simpified fraction...just type the answer in the box)

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Find
(express your answer as a simpified fraction...just type the answer in the box)

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Find
(express your answer as a simpified fraction...just type the answer in the box)

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Find
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Find
(express your answer as a simpified fraction...just type the answer in the box)

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Find
(express your answer as a simpified fraction...just type the answer in the box)

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Find
(express your answer as a simpified fraction...just type the answer in the box)

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Write the trig function in terms of it's cofunction:
(no spaces between the trig function and the degree measure)

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Write the trig function in terms of it's cofunction:
(no spaces between the trig function and the degree measure)

1

Write the trig function in terms of it's cofunction:
(no spaces between the trig function and the degree measure)

1

Write the trig function in terms of it's cofunction:
(no spaces between the trig function and the degree measure)

1

Write the trig function in terms of it's cofunction:
(no spaces between the trig function and the degree measure)

1

(draw a picture in show your work if necessary)

1

(draw a picture in show your work if necessary...remember that 3 is really 3/1)

note: you have to find the hypotenuse first...you can express it as a radical or as a decimal rounded to the tenths place

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(draw a picture in show your work if necessary...remember that 2 is really 2/1)

(remember that cotA and tanA are reciprocals...)

note: you have to find the hypotenuse first...you can express it as a radical or as a decimal rounded to the tenths place

1

(this is just a function of your calculator..round your answer to the nearest tenths place)

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Using the answer for your angle measure in #25,
round your answer to 4 decimal places

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(this is just a function of your calculator..round your answer to the nearest tenths place)

1

Using the answer for your angle measure in #27,
round your answer to 4 decimal places

HINT: Find
then use the reciprocal relationship of cos and sec to find:

1

Upload your work here (page 1)

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Upload your work here (page 2)

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9/16/2021-HW Reciprocals and Cofunctions & Quiz Review

I feel like this class is going to take a lot of my time.

I struggled on the last assignment.

I'm satisfied with the feedback I'm receiving from Mrs. Boyd.

Feel free to ask me any questions or concerns or just tell me how you're feeling about the class so far...

Find(express your answer as a simpified fraction...just type the answer in the box)

Find(express your answer as a simpified fraction...just type the answer in the box)

Find(express your answer as a simpified fraction...just type the answer in the box)

Find(express your answer as a simpified fraction...just type the answer in the box)

Find(express your answer as a simpified fraction...just type the answer in the box)

Find(express your answer as a simpified fraction...just type the answer in the box)

Find(express your answer as a simpified fraction...just type the answer in the box)

Find(express your answer as a simpified fraction...just type the answer in the box)

Find(express your answer as a simpified fraction...just type the answer in the box)

Find(express your answer as a simpified fraction...just type the answer in the box)

Find(express your answer as a simpified fraction...just type the answer in the box)

Find(express your answer as a simpified fraction...just type the answer in the box)

Write the trig function in terms of it's cofunction:(no spaces between the trig function and the degree measure)

Write the trig function in terms of it's cofunction:(no spaces between the trig function and the degree measure)

Write the trig function in terms of it's cofunction:(no spaces between the trig function and the degree measure)

Write the trig function in terms of it's cofunction:(no spaces between the trig function and the degree measure)

Write the trig function in terms of it's cofunction:(no spaces between the trig function and the degree measure)

(draw a picture in show your work if necessary)

(draw a picture in show your work if necessary...remember that 3 is really 3/1)note: you have to find the hypotenuse first...you can express it as a radical or as a decimal rounded to the tenths place

(draw a picture in show your work if necessary...remember that 2 is really 2/1)(remember that cotA and tanA are reciprocals...)note: you have to find the hypotenuse first...you can express it as a radical or as a decimal rounded to the tenths place

(this is just a function of your calculator..round your answer to the nearest tenths place)

Using the answer for your angle measure in #25, round your answer to 4 decimal places

(this is just a function of your calculator..round your answer to the nearest tenths place)

Using the answer for your angle measure in #27, round your answer to 4 decimal places HINT: Findthen use the reciprocal relationship of cos and sec to find:

Upload your work here (page 1)

Upload your work here (page 2)

Upload your work here (page 3)

I feel like this class is going to take a lot of my time.

I struggled on the last assignment.

I'm satisfied with the feedback I'm receiving from Mrs. Boyd.

Feel free to ask me any questions or concerns or just tell me how you're feeling about the class so far...

Find(express your answer as a simpified fraction...just type the answer in the box)

Find(express your answer as a simpified fraction...just type the answer in the box)

Find(express your answer as a simpified fraction...just type the answer in the box)

Find(express your answer as a simpified fraction...just type the answer in the box)

Find(express your answer as a simpified fraction...just type the answer in the box)

Find(express your answer as a simpified fraction...just type the answer in the box)

Find(express your answer as a simpified fraction...just type the answer in the box)

Find(express your answer as a simpified fraction...just type the answer in the box)

Find(express your answer as a simpified fraction...just type the answer in the box)

Find(express your answer as a simpified fraction...just type the answer in the box)

Find(express your answer as a simpified fraction...just type the answer in the box)

Find(express your answer as a simpified fraction...just type the answer in the box)

Write the trig function in terms of it's cofunction:(no spaces between the trig function and the degree measure)

Write the trig function in terms of it's cofunction:(no spaces between the trig function and the degree measure)

Write the trig function in terms of it's cofunction:(no spaces between the trig function and the degree measure)

Write the trig function in terms of it's cofunction:(no spaces between the trig function and the degree measure)

Write the trig function in terms of it's cofunction:(no spaces between the trig function and the degree measure)

(draw a picture in show your work if necessary)

(draw a picture in show your work if necessary...remember that 3 is really 3/1)note: you have to find the hypotenuse first...you can express it as a radical or as a decimal rounded to the tenths place

(draw a picture in show your work if necessary...remember that 2 is really 2/1)(remember that cotA and tanA are reciprocals...)note: you have to find the hypotenuse first...you can express it as a radical or as a decimal rounded to the tenths place

(this is just a function of your calculator..round your answer to the nearest tenths place)

Using the answer for your angle measure in #25, round your answer to 4 decimal places

(this is just a function of your calculator..round your answer to the nearest tenths place)

Using the answer for your angle measure in #27, round your answer to 4 decimal places HINT: Findthen use the reciprocal relationship of cos and sec to find:

Upload your work here (page 1)

Upload your work here (page 2)

Upload your work here (page 3)

Find
(express your answer as a simpified fraction...just type the answer in the box)

Find
(express your answer as a simpified fraction...just type the answer in the box)

Find
(express your answer as a simpified fraction...just type the answer in the box)

Find
(express your answer as a simpified fraction...just type the answer in the box)

Find
(express your answer as a simpified fraction...just type the answer in the box)

Find
(express your answer as a simpified fraction...just type the answer in the box)

Find
(express your answer as a simpified fraction...just type the answer in the box)

Find
(express your answer as a simpified fraction...just type the answer in the box)

Find
(express your answer as a simpified fraction...just type the answer in the box)

Find
(express your answer as a simpified fraction...just type the answer in the box)

Find
(express your answer as a simpified fraction...just type the answer in the box)

Find
(express your answer as a simpified fraction...just type the answer in the box)

Write the trig function in terms of it's cofunction:
(no spaces between the trig function and the degree measure)

Write the trig function in terms of it's cofunction:
(no spaces between the trig function and the degree measure)

Write the trig function in terms of it's cofunction:
(no spaces between the trig function and the degree measure)

Write the trig function in terms of it's cofunction:
(no spaces between the trig function and the degree measure)

Write the trig function in terms of it's cofunction:
(no spaces between the trig function and the degree measure)

(draw a picture in show your work if necessary...remember that 3 is really 3/1)

note: you have to find the hypotenuse first...you can express it as a radical or as a decimal rounded to the tenths place

(draw a picture in show your work if necessary...remember that 2 is really 2/1)

(remember that cotA and tanA are reciprocals...)

note: you have to find the hypotenuse first...you can express it as a radical or as a decimal rounded to the tenths place

Using the answer for your angle measure in #25,
round your answer to 4 decimal places

Using the answer for your angle measure in #27,
round your answer to 4 decimal places

HINT: Find
then use the reciprocal relationship of cos and sec to find:

Find
(express your answer as a simpified fraction...just type the answer in the box)

Find
(express your answer as a simpified fraction...just type the answer in the box)

Find
(express your answer as a simpified fraction...just type the answer in the box)

Find
(express your answer as a simpified fraction...just type the answer in the box)

Find
(express your answer as a simpified fraction...just type the answer in the box)

Find
(express your answer as a simpified fraction...just type the answer in the box)

Find
(express your answer as a simpified fraction...just type the answer in the box)

Find
(express your answer as a simpified fraction...just type the answer in the box)

Find
(express your answer as a simpified fraction...just type the answer in the box)

Find
(express your answer as a simpified fraction...just type the answer in the box)

Find
(express your answer as a simpified fraction...just type the answer in the box)

Find
(express your answer as a simpified fraction...just type the answer in the box)

Write the trig function in terms of it's cofunction:
(no spaces between the trig function and the degree measure)

Write the trig function in terms of it's cofunction:
(no spaces between the trig function and the degree measure)

Write the trig function in terms of it's cofunction:
(no spaces between the trig function and the degree measure)

Write the trig function in terms of it's cofunction:
(no spaces between the trig function and the degree measure)

Write the trig function in terms of it's cofunction:
(no spaces between the trig function and the degree measure)

(draw a picture in show your work if necessary...remember that 3 is really 3/1)

note: you have to find the hypotenuse first...you can express it as a radical or as a decimal rounded to the tenths place

(draw a picture in show your work if necessary...remember that 2 is really 2/1)

(remember that cotA and tanA are reciprocals...)

note: you have to find the hypotenuse first...you can express it as a radical or as a decimal rounded to the tenths place

Using the answer for your angle measure in #25,
round your answer to 4 decimal places

Using the answer for your angle measure in #27,
round your answer to 4 decimal places

HINT: Find
then use the reciprocal relationship of cos and sec to find: