G Review 1.1-1.5 B

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Geometry
Review 1.1-1.5 B
Name: _____________________________________________________ Period: _____
Chapter 1 RECAP:
Find your partner (must be someone NOT adjacent to your seat):
_______________________, ___________________, _______________, __________________
Partner 5: ______________________
Kaufman
Geometry
Review 1.1-1.5 B
1.1
Write a description for each figure.
Kaufman
Geometry
Review 1.1-1.5 B
Draw and label a figure for the following statements.
4. Planes N and P contain line a.
5. Line p intersects line m and plane R at point U.
⃑ .
7. A line contains L(– 4, –4) and M(2, 3). Line q is in the same coordinate plane but does not intersect 𝐿𝑀
Line q contains point N.
8. Name a line that contains points T and P.
9. Name a line that intersects the plane containing points Q, N, and P.
⃑ .
10. Name the plane that contains ⃑𝑇𝑁 and 𝑄𝑅
Kaufman
Geometry
Review 1.1-1.5 B
1.2
Find the measurement of each segment. Assume figures are not to scale.
1. Μ…Μ…Μ…Μ…
𝐡𝐷
Find the value of x and RS if S is between R and T.
3. RS = 2x, ST = 5x + 4, and RT = 32
Μ…Μ…Μ…Μ…
2. 𝐡𝐢
4. RS = 6x, ST =12, and RT = 72
Kaufman
Geometry
Review 1.1-1.5 B
1.3
1. The pivot or midpoint of a seesaw on a playground is 13.5 feet from the swing set. If the swing set is 8
feet from the edge of the seesaw when the seesaw is level, how long is the seesaw?
2. Find the coordinates of M if N(1.5,2.5) is the midpoint of Μ…Μ…Μ…Μ…Μ…
𝑀𝑃 and P has coordinates (6, 9).
Use the number line to find each measure.
3. BD
4. AG
Find the distance between each pair of points.
5. M(1, –2), N(9, 13)
6. O(–12, 0), P(–8, 3)
7. K(–2, 10), L(–4, 3)
Kaufman
Geometry
Review 1.1-1.5 B
Use the number line from above to find the coordinate of the midpoint of each segment.
8. Μ…Μ…Μ…Μ…
𝐢𝐸
9. Μ…Μ…Μ…Μ…
𝐴𝐹
10. Μ…Μ…Μ…Μ…
𝐷𝐺
Find the coordinates of the midpoint of a segment with the given endpoints.
11. M(11, –2), N(–9, 13)
12. K(–11, 2), L(–19, 6)
13. R(–12, 8), S(6, 12)
Kaufman
Geometry
Review 1.1-1.5 B
1.4
For Exercises 1-7, use the figure at the right.
Name the vertex of each angle.
1. ∠4
2. ∠1
3. ∠5
Name the sides of each angle.
4. ∠STV
5. ∠1
Write another name for each angle.
6. ∠WTS
7. ∠2
In the figure 𝑸𝑷 and 𝑸𝑹 are opposite rays. 𝑸𝑺 bisects ∠PQT.
8. If m∠PQT = 60 and m∠PQS = 4x + 14, find the value of x.
9. If m∠PQS = 3x + 13 and m∠SQT = 6x – 2, find m∠PQT.
Kaufman
Geometry
Review 1.1-1.5 B
1.5
Kaufman
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