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12/13/2022-HW Review for Unit 6 Test

Last updated over 2 years ago
47 questions
Note from the author:
Feel free to get a little extra support on graphing logarithms with this quizlet:

Block 1: https://quizlet.com/join/26bWa5VFz

Block 3: https://quizlet.com/join/eXm8Vq8JT

Block 4: https://quizlet.com/join/YKBSstREf
Feel free to get a little extra support on graphing logarithms with this quizlet:

Block 1: https://quizlet.com/join/26bWa5VFz

Block 3: https://quizlet.com/join/eXm8Vq8JT

Block 4: https://quizlet.com/join/YKBSstREf
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1

Given the function:
What is h? (remember that this is just another way to describe a logarithmic function, but his base is e)

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Given the function:
What is k? (remember that this is just another way to describe a logarithmic function, but his base is e)

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Given the function:
What is a? (remember that this is just another way to describe a logarithmic function, but his base is e)

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1

Given the function:
The asymptote for this function will be

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Given the function:
What is the asymptote? (input your answer as a line...remember that this is just another way to describe a logarithmic function)

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Given the function:
The transformation(s) from the parent function will be: (choose all that apply)

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Given the function:
What is the domain? (in interval notation)

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Given the function:
What is the range? (in interval notation)

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Given the function:
What is the increasing interval? (if none, type none)

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Given the function:
What is the decreasing interval? (if none, type none)

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Given the function:
What is the end behavior?

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Given the function:
Is this growth or decay?

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Given the function:
What is h?

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Given the function:
What is k?

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Given the function:
What is a?

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Given the function:
What is b?

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Given the function:
The asymptote for this function will be

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Given the function:
What is the asymptote? (give as an equation of a line)

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1

Given the function:
The transformation(s) from the parent function will be: (choose all that apply)

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1

Given the function:
What is the domain?

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Given the function:
What is the range?

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Given the function:
What is the increasing interval? (if none, type none)

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1

Given the function:
What is the decreasing interval? (if none, type none)

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1

Given the function:
What is the end behavior?

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Given the function:
What is the end behavior?

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Given the functions:
What is the value of x?

round to the nearest hundreth's place....example: 2.36 is what I'm looking for here....

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Convert to logarithmic form:

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What is the inverse of
Express your answer with:

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Convert to logarithmic form:

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Find the y-intercept of the following function
Express your answer as an ordered pair (x,y)

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Convert to exponential form:

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Solve

use x= in your answer

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Convert to exponential form:

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Write the equation for the function that would translate the graph of
5 units to the left and 4 units up and reflect across the x-axis.

use
in your answer

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Solve
use x= in your answer (use 4 places beyond the decimal)

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A new radioactive element is governed by the following formula
where a is the initial mass, m is the current mass, and t is the number of days that has passed.

If the initial mass is 68g, how many days will it take to lose 1/2 it's mass?

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A new radioactive element is governed by the following formula
where a is the initial mass, m is the current mass, and t is the number of days that has passed.

If the initial mass is 68g, how many days will it take it's mass to reach 3g?
(round your answer to nearest tenths place)

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A new radioactive element is governed by the following formula
where a is the initial mass, m is the current mass, and t is the number of days that has passed.

If the initial mass is 68g, after 12 days, what will be the mass of the element?
(round your answer to nearest tenths place)

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Write the equation for the function that would transform the graph of
reflected in the x-axis, 2 units to the right and 3 units down

use
in your answer

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Solve

(find a common base!!!)

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Condense into a single logarithm

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Expand the expression

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What is the inverse of
Express your answer with:

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upload your pages of work here--page 1

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upload your pages of work here--page 2

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upload your pages of work here--page 3

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upload your pages of work here--page 4