12/6/2022-HW Solving Exp & Logarithms

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Solve:
Include x= in your answer.

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Solve:
Include x= in your answer.

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Solve:
Include x= in your answer.

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Solve:
Include x= in your answer.

1

Solve:
Include x= in your answer.

1

Solve:
Include x= in your answer.

1

Solve:
Include x= in your answer. (hint: you won't use 4 here as your base...think about it)

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what is the value of x (as a fraction) (use x= in your answer)

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Convert and write in exponential form:

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Convert and write in exponential form:

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Convert and write in logarithmic form (use this button in your math editor OR use shift underscore on your keyboard to make a subscript)

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Convert and write in logarithmic form (use this button in your math editor OR use shift underscore on your keyboard to make a subscript)

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Evaluate each logarithm. Use the change of base formula when necessary.
include x= in your answer.

1

Evaluate each logarithm. Use the change of base formula when necessary.
include x= in your answer.

1

Evaluate each logarithm. Use the change of base formula when necessary.
include x= in your answer.

1

Evaluate each logarithm. Use the change of base formula when necessary.
include x= in your answer.

1

Evaluate each logarithm. Use the change of base formula when necessary.
include x= in your answer.

1

Evaluate each logarithm. Use the change of base formula when necessary.
include x= in your answer.

(round your answer to the nearest ten-thousandth's place, if necessary (4 places))

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Evaluate each logarithm. Use the change of base formula when necessary.
include x= in your answer.

(round your answer to the nearest ten-thousandth's place, if necessary (4 places))

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Condense each expression into a single logarithm. Simplify if possible.

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Condense each expression into a single logarithm. Simplify if possible.

1

Condense each expression into a single logarithm. Simplify if possible.

1

Condense each expression into a single logarithm. Simplify if possible.

1

Condense each expression into a single logarithm. Simplify if possible.

1

Condense each expression into a single logarithm. Simplify if possible.

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Expand each expression

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Expand each expression

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Expand each expression
(use parentheses around your binomial)

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Expand each expression
(use parentheses around your binomial)

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Expand each expression
(be sure to put your binomials in parentheses)

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Condense the expression
(I know, we'll get to this tomorrow...but give it a try!)

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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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12/6/2022-HW Solving Exp & Logarithms

Solve:Include x= in your answer.

Solve:Include x= in your answer.

Solve:Include x= in your answer.

Solve:Include x= in your answer.

Solve:Include x= in your answer.

Solve:Include x= in your answer.

Solve:Include x= in your answer. (hint: you won't use 4 here as your base...think about it)

what is the value of x (as a fraction) (use x= in your answer)

Convert and write in exponential form:

Convert and write in exponential form:

Convert and write in logarithmic form (use this button in your math editor OR use shift underscore on your keyboard to make a subscript)

Convert and write in logarithmic form (use this button in your math editor OR use shift underscore on your keyboard to make a subscript)

Evaluate each logarithm. Use the change of base formula when necessary.include x= in your answer.

Evaluate each logarithm. Use the change of base formula when necessary.include x= in your answer.

Evaluate each logarithm. Use the change of base formula when necessary.include x= in your answer.

Evaluate each logarithm. Use the change of base formula when necessary.include x= in your answer.

Evaluate each logarithm. Use the change of base formula when necessary.include x= in your answer.

Evaluate each logarithm. Use the change of base formula when necessary.include x= in your answer. (round your answer to the nearest ten-thousandth's place, if necessary (4 places))

Evaluate each logarithm. Use the change of base formula when necessary.include x= in your answer. (round your answer to the nearest ten-thousandth's place, if necessary (4 places))

Condense each expression into a single logarithm. Simplify if possible.

Condense each expression into a single logarithm. Simplify if possible.

Condense each expression into a single logarithm. Simplify if possible.

Condense each expression into a single logarithm. Simplify if possible.

Condense each expression into a single logarithm. Simplify if possible.

Condense each expression into a single logarithm. Simplify if possible.

Expand each expression

Expand each expression

Expand each expression(use parentheses around your binomial)

Expand each expression(use parentheses around your binomial)

Expand each expression(be sure to put your binomials in parentheses)

Condense the expression(I know, we'll get to this tomorrow...but give it a try!)

upload your pages of work here--page 1

upload your pages of work here--page 2

upload your pages of work here--page 3

upload your pages of work here--page 4

Solve:Include x= in your answer.

Solve:Include x= in your answer.

Solve:Include x= in your answer.

Solve:Include x= in your answer.

Solve:Include x= in your answer.

Solve:Include x= in your answer.

Solve:Include x= in your answer. (hint: you won't use 4 here as your base...think about it)

what is the value of x (as a fraction) (use x= in your answer)

Convert and write in exponential form:

Convert and write in exponential form:

Convert and write in logarithmic form (use this button in your math editor OR use shift underscore on your keyboard to make a subscript)

Convert and write in logarithmic form (use this button in your math editor OR use shift underscore on your keyboard to make a subscript)

Evaluate each logarithm. Use the change of base formula when necessary.include x= in your answer.

Evaluate each logarithm. Use the change of base formula when necessary.include x= in your answer.

Evaluate each logarithm. Use the change of base formula when necessary.include x= in your answer.

Evaluate each logarithm. Use the change of base formula when necessary.include x= in your answer.

Evaluate each logarithm. Use the change of base formula when necessary.include x= in your answer.

Evaluate each logarithm. Use the change of base formula when necessary.include x= in your answer. (round your answer to the nearest ten-thousandth's place, if necessary (4 places))

Evaluate each logarithm. Use the change of base formula when necessary.include x= in your answer. (round your answer to the nearest ten-thousandth's place, if necessary (4 places))

Condense each expression into a single logarithm. Simplify if possible.

Condense each expression into a single logarithm. Simplify if possible.

Condense each expression into a single logarithm. Simplify if possible.

Condense each expression into a single logarithm. Simplify if possible.

Condense each expression into a single logarithm. Simplify if possible.

Condense each expression into a single logarithm. Simplify if possible.

Expand each expression

Expand each expression

Expand each expression(use parentheses around your binomial)

Expand each expression(use parentheses around your binomial)

Expand each expression(be sure to put your binomials in parentheses)

Condense the expression(I know, we'll get to this tomorrow...but give it a try!)

upload your pages of work here--page 1

upload your pages of work here--page 2

upload your pages of work here--page 3

upload your pages of work here--page 4

Solve:
Include x= in your answer.

Solve:
Include x= in your answer.

Solve:
Include x= in your answer.

Solve:
Include x= in your answer.

Solve:
Include x= in your answer.

Solve:
Include x= in your answer.

Solve:
Include x= in your answer. (hint: you won't use 4 here as your base...think about it)

Evaluate each logarithm. Use the change of base formula when necessary.
include x= in your answer.

Evaluate each logarithm. Use the change of base formula when necessary.
include x= in your answer.

Evaluate each logarithm. Use the change of base formula when necessary.
include x= in your answer.

Evaluate each logarithm. Use the change of base formula when necessary.
include x= in your answer.

Evaluate each logarithm. Use the change of base formula when necessary.
include x= in your answer.

Evaluate each logarithm. Use the change of base formula when necessary.
include x= in your answer.

(round your answer to the nearest ten-thousandth's place, if necessary (4 places))

Evaluate each logarithm. Use the change of base formula when necessary.
include x= in your answer.

(round your answer to the nearest ten-thousandth's place, if necessary (4 places))

Expand each expression
(use parentheses around your binomial)

Expand each expression
(use parentheses around your binomial)

Expand each expression
(be sure to put your binomials in parentheses)

Condense the expression
(I know, we'll get to this tomorrow...but give it a try!)

Solve:
Include x= in your answer.

Solve:
Include x= in your answer.

Solve:
Include x= in your answer.

Solve:
Include x= in your answer.

Solve:
Include x= in your answer.

Solve:
Include x= in your answer.

Solve:
Include x= in your answer. (hint: you won't use 4 here as your base...think about it)

Evaluate each logarithm. Use the change of base formula when necessary.
include x= in your answer.

Evaluate each logarithm. Use the change of base formula when necessary.
include x= in your answer.

Evaluate each logarithm. Use the change of base formula when necessary.
include x= in your answer.

Evaluate each logarithm. Use the change of base formula when necessary.
include x= in your answer.

Evaluate each logarithm. Use the change of base formula when necessary.
include x= in your answer.

Evaluate each logarithm. Use the change of base formula when necessary.
include x= in your answer.

(round your answer to the nearest ten-thousandth's place, if necessary (4 places))

Evaluate each logarithm. Use the change of base formula when necessary.
include x= in your answer.

(round your answer to the nearest ten-thousandth's place, if necessary (4 places))

Expand each expression
(use parentheses around your binomial)

Expand each expression
(use parentheses around your binomial)

Expand each expression
(be sure to put your binomials in parentheses)

Condense the expression
(I know, we'll get to this tomorrow...but give it a try!)