Notes 7.3 Formative Practice Problems (10 point Agency grade)

Last updated over 1 year ago

17 questions

Note from the author:

For each problem, DO NOT multiply out the denominator (bottom). Keep it in factored form. Ask me if you have questions!!
O.5 points for reach question, +2 if you finish everything for a total of 10 Agency points possible.

Instructions

For each problem, DO NOT multiply out the denominator (bottom). Keep it in factored form. Ask me if you have questions!!
O.5 points for reach question, +2 if you finish everything for a total of 10 Agency points possible.

Required

Notes 7.3 Formative Practice Problems (10 point Agency grade)

Last updated over 1 year ago

17 questions

Note from the author:

For each problem, DO NOT multiply out the denominator (bottom). Keep it in factored form. Ask me if you have questions!!
O.5 points for reach question, +2 if you finish everything for a total of 10 Agency points possible.

Instructions

For each problem, DO NOT multiply out the denominator (bottom). Keep it in factored form. Ask me if you have questions!!
O.5 points for reach question, +2 if you finish everything for a total of 10 Agency points possible.

Required

#7 Notes 7.3
Simplify the following expression:

Hint: divide out a GCF in the numerator,
factor the denominator and simplify further.

Required

#7 Notes 7.3
You just simplified the expression in #7, now list your restrictions from smallest to largest, separate with commas.
There are two restrictions.

Required

#8 Notes 7.3
Simplify the following expression:

Hint: once you combine like terms your answer cannot be factored further.

Required

#8 Notes 7.3
You just simplified the expression in #8, now list your restrictions from smallest to largest, separate with commas.
There are two restrictions.

Required

#9 Notes 7.3
Simplify the following expression:

Hint: once you combine like terms your answer cannot be factored further.

Required

#9 Notes 7.3
You just simplified the expression in #9, now list your restrictions from smallest to largest, separate with commas.
There are two restrictions.

Required

#10 Notes 7.3
Simplify the following expression:

Hint: Once you combine like terms, factor the numerator and simplify.

Required

#10 Notes 7.3
You just simplified the expression in #107, now list your restrictions from smallest to largest, separate with commas.
There are two restrictions.

Required

#11 Notes 7.3
Simplify the following expression:

Hint: Once you combine like terms, the numerator can't be factored.

Required

#11 Notes 7.3
You just simplified the expression in #11, now list your restrictions from smallest to largest, separate with commas.
There are two restrictions.

Required

#12 Notes 7.3
Simplify the following expression:

Hint: factor the denominator to help find the LCD (lowest common denominator).

Required

#12 Notes 7.3
You just simplified the expression in #12, now list your restrictions from smallest to largest, separate with commas.
There are two restrictions.

Required

#13 Notes 7.3
Simplify the following expression:

Hint: factor the denominator to help find the LCD (lowest common denominator).
Once you combine like terms, look for ways to simplify further.

Required

#13 Notes 7.3
You just simplified the expression in #13, now list your restrictions from smallest to largest, separate with commas.
There are two restrictions.

Required

#14 Notes 7.3
Simplify the following expression:

Hint: factor the denominator to help find the LCD (lowest common denominator).
Once you combine like terms, look for ways to simplify further.

Required

#14 Notes 7.3
You just simplified the expression in #13, now list your restrictions from smallest to largest, separate with commas.
There are two restrictions.

Notes 7.3 Formative Practice Problems (10 point Agency grade)

Notes 7.3 Formative Practice Problems (10 point Agency grade)

#7 Notes 7.3Simplify the following expression:Hint: divide out a GCF in the numerator,factor the denominator and simplify further.

#7 Notes 7.3You just simplified the expression in #7, now list your restrictions from smallest to largest, separate with commas.There are two restrictions.

#8 Notes 7.3Simplify the following expression:Hint: once you combine like terms your answer cannot be factored further.

#8 Notes 7.3You just simplified the expression in #8, now list your restrictions from smallest to largest, separate with commas.There are two restrictions.

#9 Notes 7.3Simplify the following expression:Hint: once you combine like terms your answer cannot be factored further.

#9 Notes 7.3You just simplified the expression in #9, now list your restrictions from smallest to largest, separate with commas.There are two restrictions.

#10 Notes 7.3Simplify the following expression:Hint: Once you combine like terms, factor the numerator and simplify.

#10 Notes 7.3You just simplified the expression in #107, now list your restrictions from smallest to largest, separate with commas.There are two restrictions.

#11 Notes 7.3Simplify the following expression:Hint: Once you combine like terms, the numerator can't be factored.

#11 Notes 7.3You just simplified the expression in #11, now list your restrictions from smallest to largest, separate with commas.There are two restrictions.

#12 Notes 7.3Simplify the following expression:Hint: factor the denominator to help find the LCD (lowest common denominator).

#12 Notes 7.3You just simplified the expression in #12, now list your restrictions from smallest to largest, separate with commas.There are two restrictions.

#13 Notes 7.3Simplify the following expression:Hint: factor the denominator to help find the LCD (lowest common denominator).Once you combine like terms, look for ways to simplify further.

#13 Notes 7.3You just simplified the expression in #13, now list your restrictions from smallest to largest, separate with commas.There are two restrictions.

#14 Notes 7.3Simplify the following expression:Hint: factor the denominator to help find the LCD (lowest common denominator).Once you combine like terms, look for ways to simplify further.

#14 Notes 7.3You just simplified the expression in #13, now list your restrictions from smallest to largest, separate with commas.There are two restrictions.

#7 Notes 7.3Simplify the following expression:Hint: divide out a GCF in the numerator,factor the denominator and simplify further.

#7 Notes 7.3You just simplified the expression in #7, now list your restrictions from smallest to largest, separate with commas.There are two restrictions.

#8 Notes 7.3Simplify the following expression:Hint: once you combine like terms your answer cannot be factored further.

#8 Notes 7.3You just simplified the expression in #8, now list your restrictions from smallest to largest, separate with commas.There are two restrictions.

#9 Notes 7.3Simplify the following expression:Hint: once you combine like terms your answer cannot be factored further.

#9 Notes 7.3You just simplified the expression in #9, now list your restrictions from smallest to largest, separate with commas.There are two restrictions.

#10 Notes 7.3Simplify the following expression:Hint: Once you combine like terms, factor the numerator and simplify.

#10 Notes 7.3You just simplified the expression in #107, now list your restrictions from smallest to largest, separate with commas.There are two restrictions.

#11 Notes 7.3Simplify the following expression:Hint: Once you combine like terms, the numerator can't be factored.

#11 Notes 7.3You just simplified the expression in #11, now list your restrictions from smallest to largest, separate with commas.There are two restrictions.

#12 Notes 7.3Simplify the following expression:Hint: factor the denominator to help find the LCD (lowest common denominator).

#12 Notes 7.3You just simplified the expression in #12, now list your restrictions from smallest to largest, separate with commas.There are two restrictions.

#13 Notes 7.3Simplify the following expression:Hint: factor the denominator to help find the LCD (lowest common denominator).Once you combine like terms, look for ways to simplify further.

#13 Notes 7.3You just simplified the expression in #13, now list your restrictions from smallest to largest, separate with commas.There are two restrictions.

#14 Notes 7.3Simplify the following expression:Hint: factor the denominator to help find the LCD (lowest common denominator).Once you combine like terms, look for ways to simplify further.

#14 Notes 7.3You just simplified the expression in #13, now list your restrictions from smallest to largest, separate with commas.There are two restrictions.

#7 Notes 7.3
Simplify the following expression:

Hint: divide out a GCF in the numerator,
factor the denominator and simplify further.

#7 Notes 7.3
You just simplified the expression in #7, now list your restrictions from smallest to largest, separate with commas.
There are two restrictions.

#8 Notes 7.3
Simplify the following expression:

Hint: once you combine like terms your answer cannot be factored further.

#8 Notes 7.3
You just simplified the expression in #8, now list your restrictions from smallest to largest, separate with commas.
There are two restrictions.

#9 Notes 7.3
Simplify the following expression:

Hint: once you combine like terms your answer cannot be factored further.

#9 Notes 7.3
You just simplified the expression in #9, now list your restrictions from smallest to largest, separate with commas.
There are two restrictions.

#10 Notes 7.3
Simplify the following expression:

Hint: Once you combine like terms, factor the numerator and simplify.

#10 Notes 7.3
You just simplified the expression in #107, now list your restrictions from smallest to largest, separate with commas.
There are two restrictions.

#11 Notes 7.3
Simplify the following expression:

Hint: Once you combine like terms, the numerator can't be factored.

#11 Notes 7.3
You just simplified the expression in #11, now list your restrictions from smallest to largest, separate with commas.
There are two restrictions.

#12 Notes 7.3
Simplify the following expression:

Hint: factor the denominator to help find the LCD (lowest common denominator).

#12 Notes 7.3
You just simplified the expression in #12, now list your restrictions from smallest to largest, separate with commas.
There are two restrictions.

#13 Notes 7.3
Simplify the following expression:

Hint: factor the denominator to help find the LCD (lowest common denominator).
Once you combine like terms, look for ways to simplify further.

#13 Notes 7.3
You just simplified the expression in #13, now list your restrictions from smallest to largest, separate with commas.
There are two restrictions.

#14 Notes 7.3
Simplify the following expression:

Hint: factor the denominator to help find the LCD (lowest common denominator).
Once you combine like terms, look for ways to simplify further.

#14 Notes 7.3
You just simplified the expression in #13, now list your restrictions from smallest to largest, separate with commas.
There are two restrictions.

#7 Notes 7.3
Simplify the following expression:

Hint: divide out a GCF in the numerator,
factor the denominator and simplify further.

#7 Notes 7.3
You just simplified the expression in #7, now list your restrictions from smallest to largest, separate with commas.
There are two restrictions.

#8 Notes 7.3
Simplify the following expression:

Hint: once you combine like terms your answer cannot be factored further.

#8 Notes 7.3
You just simplified the expression in #8, now list your restrictions from smallest to largest, separate with commas.
There are two restrictions.

#9 Notes 7.3
Simplify the following expression:

Hint: once you combine like terms your answer cannot be factored further.

#9 Notes 7.3
You just simplified the expression in #9, now list your restrictions from smallest to largest, separate with commas.
There are two restrictions.

#10 Notes 7.3
Simplify the following expression:

Hint: Once you combine like terms, factor the numerator and simplify.

#10 Notes 7.3
You just simplified the expression in #107, now list your restrictions from smallest to largest, separate with commas.
There are two restrictions.

#11 Notes 7.3
Simplify the following expression:

Hint: Once you combine like terms, the numerator can't be factored.

#11 Notes 7.3
You just simplified the expression in #11, now list your restrictions from smallest to largest, separate with commas.
There are two restrictions.

#12 Notes 7.3
Simplify the following expression:

Hint: factor the denominator to help find the LCD (lowest common denominator).

#12 Notes 7.3
You just simplified the expression in #12, now list your restrictions from smallest to largest, separate with commas.
There are two restrictions.

#13 Notes 7.3
Simplify the following expression:

Hint: factor the denominator to help find the LCD (lowest common denominator).
Once you combine like terms, look for ways to simplify further.

#13 Notes 7.3
You just simplified the expression in #13, now list your restrictions from smallest to largest, separate with commas.
There are two restrictions.

#14 Notes 7.3
Simplify the following expression:

Hint: factor the denominator to help find the LCD (lowest common denominator).
Once you combine like terms, look for ways to simplify further.

#14 Notes 7.3
You just simplified the expression in #13, now list your restrictions from smallest to largest, separate with commas.
There are two restrictions.