Wk 28: EOL: TEST Unit 7 Polygons and Quadrilaterals

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13 questions

Note from the author:

You may use your notes/formative notes/videos to help you answer these questions. Please be sure to show your work FOR ANY PARTIAL CREDIT!!

Instructions

You may use your notes/formative notes/videos to help you answer these questions. Please be sure to show your work FOR ANY PARTIAL CREDIT!!

Required

11. SHOW YOUR WORK HERE The vertices of quadrilateral ABCD are A(-1, 7), B(4, 9), C(8, -1), and D(3, -3). Using the distance formula, determine the most precise classification of ABCD: parallelogram, rectangle, rhombus, or square. Use the diagram as a guide.

Required

Wk 28: EOL: TEST Unit 7 Polygons and Quadrilaterals

Wk 28: EOL: TEST Unit 7 Polygons and Quadrilaterals

11. SHOW YOUR WORK HERE The vertices of quadrilateral ABCD are A(-1, 7), B(4, 9), C(8, -1), and D(3, -3). Using the distance formula, determine the most precise classification of ABCD: parallelogram, rectangle, rhombus, or square. Use the diagram as a guide.

10. SHOW YOUR WORK HEREThe vertices of quadrilateral WXYZ are given below. Use the distance and/or slope formulas to determine if WXYZ is a parallelogram. Use the diagram as a guide. W(-6, 4), X(-2, 7), Y(-1, 0), Z(-5, -3)

10. Choose one.

11. SHOW YOUR WORK HERE The vertices of quadrilateral ABCD are A(-1, 7), B(4, 9), C(8, -1), and D(3, -3). Using the distance formula, determine the most precise classification of ABCD: parallelogram, rectangle, rhombus, or square. Use the diagram as a guide.

11. LMNP is a.......

Find m<Q.

2. A regular pentagon is shown below. Find the value of x.

3. Find m∠CDE.

4. If ABCD is a parallelogram, find m∠D.

5. If JKLM is a rectangle, find m∠NML.

6. Find m∠T.

7. If BD = 10x – 28 and EC = 3x + 35, find BD.

8. Find WX.

9. If QRST is a kite, find m∠QRS.

10. SHOW YOUR WORK HEREThe vertices of quadrilateral WXYZ are given below. Use the distance and/or slope formulas to determine if WXYZ is a parallelogram. Use the diagram as a guide. W(-6, 4), X(-2, 7), Y(-1, 0), Z(-5, -3)

10. Choose one.

11. LMNP is a.......

Wk 28: EOL: TEST Unit 7 Polygons and Quadrilaterals

Wk 28: EOL: TEST Unit 7 Polygons and Quadrilaterals

11. ***SHOW YOUR WORK HERE*** The vertices of quadrilateral ABCD are A(-1, 7), B(4, 9), C(8, -1), and D(3, -3). Using the distance formula, determine the most precise classification of ABCD: parallelogram, rectangle, rhombus, or square. Use the diagram as a guide.

10. ***SHOW YOUR WORK HERE***The vertices of quadrilateral WXYZ are given below. Use the distance and/or slope formulas to determine if WXYZ is a parallelogram. Use the diagram as a guide. W(-6, 4), X(-2, 7), Y(-1, 0), Z(-5, -3)

10. Choose one.

11. ***SHOW YOUR WORK HERE*** The vertices of quadrilateral ABCD are A(-1, 7), B(4, 9), C(8, -1), and D(3, -3). Using the distance formula, determine the most precise classification of ABCD: parallelogram, rectangle, rhombus, or square. Use the diagram as a guide.

11. LMNP is a.......

Find m<Q.

2. A regular pentagon is shown below. Find the value of x.

3. Find m∠CDE.

4. If ABCD is a parallelogram, find m∠D.

5. If JKLM is a rectangle, find m∠NML.

6. Find m∠T.

7. If BD = 10x – 28 and EC = 3x + 35, find BD.

8. Find WX.

9. If QRST is a kite, find m∠QRS.

10. ***SHOW YOUR WORK HERE***The vertices of quadrilateral WXYZ are given below. Use the distance and/or slope formulas to determine if WXYZ is a parallelogram. Use the diagram as a guide. W(-6, 4), X(-2, 7), Y(-1, 0), Z(-5, -3)

10. Choose one.

11. LMNP is a.......

11. SHOW YOUR WORK HERE The vertices of quadrilateral ABCD are A(-1, 7), B(4, 9), C(8, -1), and D(3, -3). Using the distance formula, determine the most precise classification of ABCD: parallelogram, rectangle, rhombus, or square. Use the diagram as a guide.

10. SHOW YOUR WORK HEREThe vertices of quadrilateral WXYZ are given below. Use the distance and/or slope formulas to determine if WXYZ is a parallelogram. Use the diagram as a guide. W(-6, 4), X(-2, 7), Y(-1, 0), Z(-5, -3)

11. SHOW YOUR WORK HERE The vertices of quadrilateral ABCD are A(-1, 7), B(4, 9), C(8, -1), and D(3, -3). Using the distance formula, determine the most precise classification of ABCD: parallelogram, rectangle, rhombus, or square. Use the diagram as a guide.

10. SHOW YOUR WORK HEREThe vertices of quadrilateral WXYZ are given below. Use the distance and/or slope formulas to determine if WXYZ is a parallelogram. Use the diagram as a guide. W(-6, 4), X(-2, 7), Y(-1, 0), Z(-5, -3)