After Break Warm-Up (Distance, Midpoint, Slope, Equations of Lines)

The following problems are all review topics from either Semester 1 Geometry or previous math classes. 
If from Semester 1 Geometry, the lesson number is given at the start of the problem. 
Please complete all problems on a separate sheet of paper in an organized manner. 

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0.1 Simplify the following expression:

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0.2 Solve for x:

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0.5 Simplify the expression:

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Round your answer to the nearest thousandth.

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Simplify each fraction to its lowest terms. If necessary, leave as improper fractions. 

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Review the video below on simplifying fractions involving decimals

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1.3 Find the coordinates of the missing endpoint if P is the midpoint of NQ. Q(3, 9) P(-1, 5)

**See the last example in the 1.3 notes for an example of this problem.

#25 - 32 
Section 2.2
See bottom of page 2 & 3 of your unit 2 study guide for special angle pairs. There is a table at the bottom of page 3 that is really important. 

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Section 1.5
What is the value of x?

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Section 1.5
What is the value of x?

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After Break Warm-Up (Distance, Midpoint, Slope, Equations of Lines)

0.1 Simplify the following expression:

0.2 Solve for x:

0.5 Simplify the expression:

Round your answer to the nearest thousandth.

1.3 Find the coordinates of the missing endpoint if P is the midpoint of NQ. Q(3, 9) P(-1, 5)

**See the last example in the 1.3 notes for an example of this problem.

Section 1.5
What is the value of x?

Section 1.5
What is the value of x?

Section 3.1
What is the measure of ∠A

0.1 Simplify the following expression:

0.2 Solve for x:

0.5 Simplify the expression:

Round your answer to the nearest thousandth.

1.3 Find the coordinates of the missing endpoint if P is the midpoint of NQ. Q(3, 9) P(-1, 5)

**See the last example in the 1.3 notes for an example of this problem.

Section 1.5
What is the value of x?

Section 1.5
What is the value of x?

Section 3.1
What is the measure of ∠A

After Break Warm-Up (Distance, Midpoint, Slope, Equations of Lines)

After Break Warm-Up (Distance, Midpoint, Slope, Equations of Lines)

0.1 Simplify the following expression:

0.2 Solve for x:

0.5 Simplify the expression:

Round your answer to the nearest thousandth.

1.3 Find the coordinates of the missing endpoint if P is the midpoint of NQ. Q(3, 9) P(-1, 5)**See the last example in the 1.3 notes for an example of this problem.

Section 1.5What is the value of x?

Section 1.5What is the value of x?

Section 3.1 What is the measure of ∠A

0.1 Simplify the following expression:

0.2 Solve for x:

0.5 Simplify the expression:

Round your answer to the nearest thousandth.

1.3 Find the coordinates of the missing endpoint if P is the midpoint of NQ. Q(3, 9) P(-1, 5)**See the last example in the 1.3 notes for an example of this problem.

Section 1.5What is the value of x?

Section 1.5What is the value of x?

Section 3.1 What is the measure of ∠A

1.3 Find the coordinates of the missing endpoint if P is the midpoint of NQ. Q(3, 9) P(-1, 5)

**See the last example in the 1.3 notes for an example of this problem.

Section 1.5
What is the value of x?

Section 1.5
What is the value of x?

Section 3.1
What is the measure of ∠A

1.3 Find the coordinates of the missing endpoint if P is the midpoint of NQ. Q(3, 9) P(-1, 5)

**See the last example in the 1.3 notes for an example of this problem.

Section 1.5
What is the value of x?

Section 1.5
What is the value of x?

Section 3.1
What is the measure of ∠A