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Courtney is constructing quadrilateral EFGH, where EF = 6 cm, FG = 2 cm, EH = 5 cm, <HEF = 60° , and LEFG = 140° •. Courtney st...Asked by the weirdo
Courtney is constructing quadrilateral EFGH , where EF=6 cm , FG=2 cm , EH=5 cm , ∠HEF=60° , and ∠EFG=140° . Courtney starts by drawing line segment EF=6 cm , as shown here. If she wants to locate point H next, what should Courtney do?
Answers
Answered by
the weirdo
Which of the following is the correct figure when you draw quadrilateral MNPQ , where MN=4 cm , NP=8 cm , ∠MNP=50° , ∠NMQ=130° , and ∠NPQ=50° ?
Answered by
the weirdo
these are the answers
Figure 2
Figure 2
Figure 3
Figure 3
Figure 4
Figure 4
Figure 1
Figure 2
Figure 2
Figure 3
Figure 3
Figure 4
Figure 4
Figure 1
Answered by
the weirdo
Use the image to answer the question.
Four different quadrilaterals upper M upper N upper P upper Q are shown. Figure 1 is a regular, 4-sided quadrilateral. Figure 2 is a parallelogram. Figure 3 is a trapezoid. Figure 4 is a kite. Various side lengths and angle measurements are indicated. Figure 1 is a quadrilateral with four unequal sides. The quadrilateral rests on side upper N upper P, which measures 8 centimeters. Left side upper N upper M measures 4 centimeters. The lengths for the top side upper M upper Q and the right side upper Q upper P are not shown. Angle upper N and angle upper P both measure 50 degrees. Figure 2 is a parallelogram. It rests on base side upper N upper P, which measures 8 centimeters. Left side upper N upper M measures 4 centimeters. The lengths for the top side upper M upper Q and the right side upper Q upper P are not shown. Angle upper M measures 130 degrees. Angle upper N and angle upper Q measure 50 degrees. Figure 3 is a trapezoid. The base upper N upper P measures 8 centimeters, and the left side upper M upper N measures 4 centimeters. The lengths for the top side upper M upper Q and the right side upper Q upper P are not shown. Angle upper M measures 130 degrees. Angle upper N and angle upper P measure 50 degrees. Figure 4 is a kite. Lower left side upper N upper P measures 8 centimeters, and top left side upper N upper M measures 4 centimeters. The lengths for the top right side upper M upper Q and bottom right side upper Q upper P are not shown. Angle upper N measures 130 degrees, and angle upper M measures 50 degrees.
Which of the following is the correct figure when you draw quadrilateral MNPQ , where MN=4 cm , NP=8 cm , ∠MNP=50° , ∠NMQ=130° , and ∠NPQ=50° ?
Four different quadrilaterals upper M upper N upper P upper Q are shown. Figure 1 is a regular, 4-sided quadrilateral. Figure 2 is a parallelogram. Figure 3 is a trapezoid. Figure 4 is a kite. Various side lengths and angle measurements are indicated. Figure 1 is a quadrilateral with four unequal sides. The quadrilateral rests on side upper N upper P, which measures 8 centimeters. Left side upper N upper M measures 4 centimeters. The lengths for the top side upper M upper Q and the right side upper Q upper P are not shown. Angle upper N and angle upper P both measure 50 degrees. Figure 2 is a parallelogram. It rests on base side upper N upper P, which measures 8 centimeters. Left side upper N upper M measures 4 centimeters. The lengths for the top side upper M upper Q and the right side upper Q upper P are not shown. Angle upper M measures 130 degrees. Angle upper N and angle upper Q measure 50 degrees. Figure 3 is a trapezoid. The base upper N upper P measures 8 centimeters, and the left side upper M upper N measures 4 centimeters. The lengths for the top side upper M upper Q and the right side upper Q upper P are not shown. Angle upper M measures 130 degrees. Angle upper N and angle upper P measure 50 degrees. Figure 4 is a kite. Lower left side upper N upper P measures 8 centimeters, and top left side upper N upper M measures 4 centimeters. The lengths for the top right side upper M upper Q and bottom right side upper Q upper P are not shown. Angle upper N measures 130 degrees, and angle upper M measures 50 degrees.
Which of the following is the correct figure when you draw quadrilateral MNPQ , where MN=4 cm , NP=8 cm , ∠MNP=50° , ∠NMQ=130° , and ∠NPQ=50° ?
Answered by
GPT 3.5
To locate point H, Courtney can follow these steps:
1. From point F, draw a ray at an angle of 140° (angle EFG) using a protractor.
2. Measure 5 cm along this ray from point F and mark this point as H.
3. Connect points E and H to complete the quadrilateral EFGH.
By following these steps, Courtney will successfully locate point H in the construction of quadrilateral EFGH.
1. From point F, draw a ray at an angle of 140° (angle EFG) using a protractor.
2. Measure 5 cm along this ray from point F and mark this point as H.
3. Connect points E and H to complete the quadrilateral EFGH.
By following these steps, Courtney will successfully locate point H in the construction of quadrilateral EFGH.
Answered by
GPT 3.5
I'm unable to see the options provided for the figures, however, you can construct quadrilateral MNPQ by following these steps:
1. Draw a line segment MN of 4 cm.
2. From point N, draw a ray at an angle of 130° (angle NMQ) using a protractor.
3. Measure 8 cm along this ray from point N and mark this point as P.
4. From point P, draw a ray at an angle of 50° (angle NPQ) using a protractor.
5. Draw a segment PQ connecting points P and Q at an angle of 130° (complement of angle NPQ).
6. Connect points Q and M to complete the quadrilateral MNPQ.
By following these steps, you will correctly construct quadrilateral MNPQ with the given measurements and angles.
1. Draw a line segment MN of 4 cm.
2. From point N, draw a ray at an angle of 130° (angle NMQ) using a protractor.
3. Measure 8 cm along this ray from point N and mark this point as P.
4. From point P, draw a ray at an angle of 50° (angle NPQ) using a protractor.
5. Draw a segment PQ connecting points P and Q at an angle of 130° (complement of angle NPQ).
6. Connect points Q and M to complete the quadrilateral MNPQ.
By following these steps, you will correctly construct quadrilateral MNPQ with the given measurements and angles.
Answered by
GPT 3.5
To determine which figure is the correct one for the construction of quadrilateral MNPQ, we need to compare the given measurements and angles with the options provided.
1. Figure 2:
Angle MNP is 50° (given).
Angle NMQ is 130° (given).
Angle NPQ is 50° (given).
If Figure 2 follows the given measurements and angles, it could be a correct answer.
2. Figure 3:
This figure cannot be assessed without a visual reference.
3. Figure 4:
This figure cannot be assessed without a visual reference.
4. Figure 1:
This figure cannot be evaluated without a visual reference.
Based on the information provided and without a visual representation of figures 1, 3, and 4, it appears that Figure 2 might be the correct figure for the construction of quadrilateral MNPQ.
1. Figure 2:
Angle MNP is 50° (given).
Angle NMQ is 130° (given).
Angle NPQ is 50° (given).
If Figure 2 follows the given measurements and angles, it could be a correct answer.
2. Figure 3:
This figure cannot be assessed without a visual reference.
3. Figure 4:
This figure cannot be assessed without a visual reference.
4. Figure 1:
This figure cannot be evaluated without a visual reference.
Based on the information provided and without a visual representation of figures 1, 3, and 4, it appears that Figure 2 might be the correct figure for the construction of quadrilateral MNPQ.
Answered by
GPT 3.5
Based on the given information about the quadrilateral MNPQ:
- MN=4 cm
- NP=8 cm
- ∠MNP=50°
- ∠NMQ=130°
- ∠NPQ=50°
The correct figure for the given measurements and angles is Figure 2, which is a parallelogram. Figure 2 matches all the specified side lengths and angle measurements, including MN=4 cm, NP=8 cm, ∠MNP=50°, ∠NMQ=130°, and ∠NPQ=50°. Therefore, Figure 2 is the correct figure for the construction of quadrilateral MNPQ according to the given specifications.
- MN=4 cm
- NP=8 cm
- ∠MNP=50°
- ∠NMQ=130°
- ∠NPQ=50°
The correct figure for the given measurements and angles is Figure 2, which is a parallelogram. Figure 2 matches all the specified side lengths and angle measurements, including MN=4 cm, NP=8 cm, ∠MNP=50°, ∠NMQ=130°, and ∠NPQ=50°. Therefore, Figure 2 is the correct figure for the construction of quadrilateral MNPQ according to the given specifications.
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