Title: polygons
Course: quiz duplicate error

Q: Name each polygon by its number of sides.

[Image]
- octagon (Count the number of sides to determine the name of the polygon.)
- hexagon (Count the number of sides to determine the name of the polygon.)
- pentagon (Count the number of sides to determine the name of the polygon.)
- heptagon (Count the number of sides to determine the name of the polygon.)
A: pentagon

Q: Name each polygon by its number of sides.

[Image]
- hexagon (Count the number of sides to determine the name of the polygon.)
- quadrilateral (Count the number of sides to determine the name of the polygon.)
- heptagon (Count the number of sides to determine the name of the polygon.)
- pentagon (Count the number of sides to determine the name of the polygon.)
A: quadrilateral

Q: Name each polygon by its number of sides.

[Image]
- decagon (Count the number of sides to determine the name of the polygon.)
- dodecagon (Count the number of sides to determine the name of the polygon.)
- nonagon (Count the number of sides to determine the name of the polygon.)
- octagon (Count the number of sides to determine the name of the polygon.)
A: decagon

Q: Name each polygon by its number of sides.

[Image]
- hexagon (Count the number of sides to determine the name of the polygon.)
- triangle (Count the number of sides to determine the name of the polygon.)
- pentagon (Count the number of sides to determine the name of the polygon.)
- quadrilateral (Count the number of sides to determine the name of the polygon.)
A: triangle

Q: Name each polygon by its number of sides.

[Image]
- hexagon (Count the number of sides to determine the name of the polygon.)
- triangle (Count the number of sides to determine the name of the polygon.)
- pentagon (Count the number of sides to determine the name of the polygon.)
- quadrilateral (Count the number of sides to determine the name of the polygon.)
A: quadrilateral

Q: Name each polygon by its number of sides.

[Image]
- pentagon (Count the number of sides to determine the name of the polygon.)
- triangle (Count the number of sides to determine the name of the polygon.)
- hexagon (Count the number of sides to determine the name of the polygon.)
- quadrilateral (Count the number of sides to determine the name of the polygon.)
A: triangle

Q: Name each polygon by its number of sides.

[Image]
- nonagon (Count the number of sides to determine the name of the polygon.)
- decagon (Count the number of sides to determine the name of the polygon.)
- dodecagon (Count the number of sides to determine the name of the polygon.)
- octagon (Count the number of sides to determine the name of the polygon.)
A: nonagon

Q: Name each polygon by its number of sides.

[Image]
- dodecagon (Count the number of sides to determine the name of the polygon.)
- pentagon (Count the number of sides to determine the name of the polygon.)
- hexagon (Count the number of sides to determine the name of the polygon.)
- decagon (Count the number of sides to determine the name of the polygon.)
A: dodecagon

Q: Name each polygon by its number of sides.

[Image]
- triangle (Count the number of sides to determine the name of the polygon.)
- quadrilateral (Count the number of sides to determine the name of the polygon.)
- pentagon (Count the number of sides to determine the name of the polygon.)
- hexagon (Count the number of sides to determine the name of the polygon.)
A: pentagon

Q: Name each polygon by its number of sides.

[Image]
- pentagon (Count the number of sides to determine the name of the polygon.)
- quadrilateral (Count the number of sides to determine the name of the polygon.)
- hexagon (Count the number of sides to determine the name of the polygon.)
- octagon (Count the number of sides to determine the name of the polygon.)
A: hexagon

Q: Name each polygon by its number of sides. Then classify it as convex or concave and regular or irregular.

[Image]
- pentagon, convex, regular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
- hexagon, concave, regular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
- hexagon, convex, regular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
- hexagon, convex, irregular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
A: hexagon, convex, regular

Q: Name each polygon by its number of sides. Then classify it as convex or concave and regular or irregular.

[Image]
- triangle, convex, regular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
- triangle, convex, irregular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
- triangle, concave, irregular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
- quadrilateral, convex, irregular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
A: triangle, convex, irregular

Q: Name each polygon by its number of sides. Then classify it as convex or concave and regular or irregular.

[Image]
- quadrilateral, convex, regular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
- quadrilateral, concave, irregular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
- pentagon, convex, irregular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
- quadrilateral, convex, irregular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
A: quadrilateral, convex, irregular

Q: Name each polygon by its number of sides. Then classify it as convex or concave and regular or irregular.

[Image]
- hexagon, convex, irregular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
- hexagon, concave, irregular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
- hexagon, convex, regular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
- heptagon, convex, irregular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
A: hexagon, convex, irregular

Q: Name each polygon by its number of sides. Then classify it as convex or concave and regular or irregular.

[Image]
- quadrilateral, convex, regular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
- quadrilateral, concave, irregular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
- pentagon, convex, regular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
- quadrilateral, convex, irregular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
A: quadrilateral, convex, irregular

Q: Name each polygon by its number of sides. Then classify it as convex or concave and regular or irregular.

[Image]
- triangle, convex, regular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
- triangle, concave, irregular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
- triangle, convex, irregular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
- quadrilateral, convex, irregular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
A: triangle, convex, irregular

Q: Name each polygon by its number of sides. Then classify it as convex or concave and regular or irregular.

[Image]
- quadrilateral, convex, irregular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
- quadrilateral, concave, irregular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
- quadrilateral, convex, regular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
- pentagon, convex, regular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
A: quadrilateral, convex, irregular

Q: Name each polygon by its number of sides. Then classify it as convex or concave and regular or irregular.

[Image]
- dodecagon, concave, irregular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
- dodecagon, convex, irregular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
- decagon, concave, irregular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
- decagon, convex, regular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
A: dodecagon, concave, irregular

Q: Name each polygon by its number of sides. Then classify it as convex or concave and regular or irregular.

[Image]
- decagon, convex, irregular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
- decagon, concave, irregular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
- dodecagon, convex, irregular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
- dodecagon, concave, irregular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
A: decagon, concave, irregular

Q: Name each polygon by its number of sides. Then classify it as convex or concave and regular or irregular.

[Image]
- pentagon, convex, regular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
- pentagon, convex, irregular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
- hexagon, concave, irregular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
- hexagon, convex, irregular (Suppose the line containing each side is drawn. If any of the lines contain any point in the interior of the polygon, then it is concave. Otherwise it is convex. A convex polygon in which all the sides are congruent and all the angles are congruent is called a regular polygon.)
A: pentagon, convex, irregular

Q: Find the length of each side of the polygon for the given perimeter.

[Image] cm
[Image]
- 8 cm (In the case of a regular figure, the length of each side is the perimeter divided by the number of sides.)
- 6 cm (In the case of a regular figure, the length of each side is the perimeter divided by the number of sides.)
- 4 cm (In the case of a regular figure, the length of each side is the perimeter divided by the number of sides.)
- 3 cm (In the case of a regular figure, the length of each side is the perimeter divided by the number of sides.)
A: 6 cm

Q: Find the length of each side of the polygon for the given perimeter.

[Image] mi
[Image]
- 9 mi (In the case of a regular figure, the length of each side is the perimeter divided by the number of sides.)
- 6 mi (In the case of a regular figure, the length of each side is the perimeter divided by the number of sides.)
- 3 mi (In the case of a regular figure, the length of each side is the perimeter divided by the number of sides.)
- 12 mi (In the case of a regular figure, the length of each side is the perimeter divided by the number of sides.)
A: 9 mi

Q: Find the length of each side of the polygon for the given perimeter.

[Image] in. Find the length of each side.
[Image]
- 11 in., 20 in., 35 in. (Perimeter is the sum of the sides.)
- 10 in., 18.5 in., 31.5 in. (Perimeter is the sum of the sides.)
- 12 in., 21.5 in., 38.5 in. (Perimeter is the sum of the sides.)
- 10 in., 15 in., 35 in. (Perimeter is the sum of the sides.)
A: 10 in., 18.5 in., 31.5 in.

Q: Find the length of each side of the polygon for the given perimeter.

[Image] units. Find the length of each side.
[Image]
- 9 units, 36 units, 4 units, 23 units (Perimeter is the sum of the sides.)
- 8 units, 33 units, 4 units, 21 units (Perimeter is the sum of the sides.)
- 9 units, 35 units, 5 units, 23 units (Perimeter is the sum of the sides.)
- 10 units, 34 units, 6 units, 22 units (Perimeter is the sum of the sides.)
A: 9 units, 35 units, 5 units, 23 units

Q: Find the length of each side of the polygon for the given perimeter.

[Image] ft. Find the length of each side.
[Image]
- 41 ft, 41 ft, 17 ft, 17 ft, 24 ft (Perimeter is the sum of the sides.)
- 29 ft, 29 ft, 13 ft, 13 ft, 16 ft (Perimeter is the sum of the sides.)
- 50 ft, 50 ft, 20 ft, 20 ft, 30 ft (Perimeter is the sum of the sides.)
- 33.5 ft, 33.5 ft, 14.5 ft, 14.5 ft, 19 ft (Perimeter is the sum of the sides.)
A: 29 ft, 29 ft, 13 ft, 13 ft, 16 ft

Q: Find the length of each side of the polygon for the given perimeter.

[Image] units. Find the length of each side.
[Image]
- 18 units, 18 units, 13 units (Perimeter is the sum of the sides.)
- 18.66 units, 18.66 units, 13.66 units (Perimeter is the sum of the sides.)
- 27 units, 27 units, 22 units (Perimeter is the sum of the sides.)
- 26 units, 26 units, 21 units (Perimeter is the sum of the sides.)
A: 18 units, 18 units, 13 units

Q: Find the length of each side of the polygon for the given perimeter.

[Image] cm. Find the measure of each side.

[Image]
triangle [Image] triangle [Image]
measures given are for triangle ABC
- 20 cm, 20 cm, 6 cm, 6 cm, 10 cm, 10 cm (Perimeter is the sum of the sides.)
- 14 cm, 14 cm, 6 cm, 6 cm, 8 cm, 8 cm (Perimeter is the sum of the sides.)
- 30 cm, 30 cm, 9 cm, 9 cm, 17 cm, 17 cm (Perimeter is the sum of the sides.)
- 16 cm, 16 cm, 5 cm, 5 cm, 7 cm, 7 cm (Perimeter is the sum of the sides.)
A: 16 cm, 16 cm, 5 cm, 5 cm, 7 cm, 7 cm

Q: Find the length of each side of the polygon for the given perimeter.

[Image] cm. Find the length of each side.
[Image]
- 8 cm, 8 cm, 8 cm (Perimeter is the sum of the sides.)
- 6 cm, 6 cm, 6 cm (Perimeter is the sum of the sides.)
- 10 cm, 10 cm, 4 cm (Perimeter is the sum of the sides.)
- 9 cm, 9 cm, 6 cm (Perimeter is the sum of the sides.)
A: 8 cm, 8 cm, 8 cm

Q: Find the length of each side of the polygon for the given perimeter.

[Image] units. Find the length of each side.
[Image]
- 16 units, 18 units, 14 units (Perimeter is the sum of the sides.)
- 12 units, 16 units, 8 units (Perimeter is the sum of the sides.)
- 10 units, 18 units, 8 units (Perimeter is the sum of the sides.)
- 12 units, 14 units, 10 units (Perimeter is the sum of the sides.)
A: 12 units, 14 units, 10 units