7th Math Unit 3 Day 6 - 1/26
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Last updated over 1 year ago
12 questions
1
All Equivalent?--Which of the following expressions are equivalent to the original expression below? Select all that apply.
\frac{40x-20y}{10}
All Equivalent?--Which of the following expressions are equivalent to the original expression below?
Select all that apply.
\frac{40x-20y}{10}
1
All Equivalent?--Which of the following expressions are equivalent to the original expression below? Select all that apply.
\frac{9y-6x+12}{3}
All Equivalent?--Which of the following expressions are equivalent to the original expression below?
Select all that apply.
\frac{9y-6x+12}{3}
1
Standard Form--Simplify the expression to standard form:
\frac{12x-6y+24}{6}
Standard Form--Simplify the expression to standard form:
\frac{12x-6y+24}{6}
1
Standard Form--Simplify the expression to standard form:
Standard Form--Simplify the expression to standard form:
1
Standard Form--Simplify the expression to standard form:
Standard Form--Simplify the expression to standard form:
1
Standard Form--Simplify the expression to standard form:
Standard Form--Simplify the expression to standard form:
1
Standard Form--Simplify the expression to standard form:
Standard Form--Simplify the expression to standard form:
1
Standard Form--Simplify the expression to standard form:
Standard Form--Simplify the expression to standard form:
1
Standard Form--Simplify the expression to standard form:
Standard Form--Simplify the expression to standard form:
1
Standard Form--Simplify the expression to standard form:
Standard Form--Simplify the expression to standard form:
4
Standard Form--Simplify the expression to standard form:
\frac{12x-20y+7}{2}
**You MUST SYW in Formative for full credit**
Standard Form--Simplify the expression to standard form:
\frac{12x-20y+7}{2}
**You MUST SYW in Formative for full credit**
1
Analyze--Student McStudentson said, "I can simplify this expression by collecting like terms". Which step of his work is the first to show a mistake or misconception? Explain what the mistake is.
"There is a mistake in step... because..."
Analyze--Student McStudentson said, "I can simplify this expression by collecting like terms".
Which step of his work is the first to show a mistake or misconception? Explain what the mistake is.
"There is a mistake in step... because..."