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Question (1)

QN0032795

Which of the following is called a tessellation?

(A) Arranging shapes with gaps between them
(B) Covering a surface completely without gaps or overlaps using shapes
(C) Drawing only circular patterns
(D) Making shapes of different sizes only

Correct Answer: B

Explanation:

A tessellation completely covers a surface without leaving gaps or overlaps.

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Question (2)

QN0032796

Which regular shape does NOT tessellate by itself?

(A) Equilateral triangle
(B) Square
(C) Regular pentagon
(D) Regular hexagon

Correct Answer: C

Explanation:

Regular pentagons leave gaps when arranged together.

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Question (3)

QN0032797

Four students arranged shapes around one point. Which arrangement will leave no gap?

(A) 3 regular pentagons
(B) 4 squares
(C) 2 regular octagons
(D) 3 regular pentagons and 1 square

Correct Answer: B

Explanation:

Four squares fit exactly around one point without gaps.

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Question (4)

QN0032798

A designer wants to cover a floor using only one type of regular polygon. Which shape should NOT be selected?

(A) Square
(B) Regular hexagon
(C) Equilateral triangle
(D) Regular octagon

Correct Answer: D

Explanation:

Regular octagons alone cannot tessellate.

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Question (5)

QN0032799

How many regular hexagons fit together around one point without gaps?

(A) 2
(B) 3
(C) 4
(D) 6

Correct Answer: B

Explanation:

Three regular hexagons meet exactly around one point.

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Question (6)

QN0032800

Which statement correctly defines a regular shape?

(A) A shape with equal angles only
(B) A shape with equal sides only
(C) A shape with equal sides
(D) A shape having more than four sides

Correct Answer: C

Explanation:

A regular shape has all sides equal.

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Question (7)

QN0032801

A pattern uses only equilateral triangles. If 6 triangles meet at one point, what is formed?

(A) A pattern with gaps
(B) A tessellation
(C) An overlapping design
(D) An incomplete pattern

Correct Answer: B

Explanation:

Six equilateral triangles fit perfectly around one point.

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Question (8)

QN0032802

Which pair of shapes can each tessellate by themselves?

(A) Regular pentagon and square
(B) Regular octagon and square
(C) Equilateral triangle and regular hexagon
(D) Regular pentagon and regular octagon

Correct Answer: C

Explanation:

Both equilateral triangles and regular hexagons tessellate individually.

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Question (9)

QN0032803

A student joins five squares at one point. What will happen?

(A) They fit perfectly.
(B) They overlap.
(C) They leave a gap.
(D) They form a regular pentagon.

Correct Answer: B

Explanation:

Four squares fill the space around a point completely. Adding a fifth square causes overlap.

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Question (10)

QN0032804

Which of the following patterns is an example of tessellation?

(A) Shapes covering a surface with no gaps or overlaps
(B) Shapes placed randomly with spaces between them
(C) Circles touching each other with empty spaces left
(D) Different shapes stacked one above another

Correct Answer: A

Explanation:

Tessellation means covering a surface completely without gaps or overlaps.

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Question (1)

Which of the following is called a tessellation?

Explanation:

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Question (2)

Which regular shape does NOT tessellate by itself?

Explanation:

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Question (3)

Four students arranged shapes around one point. Which arrangement will leave no gap?

Explanation:

Link:

Question (4)

A designer wants to cover a floor using only one type of regular polygon. Which shape should NOT be selected?

Explanation:

Link:

Question (5)

How many regular hexagons fit together around one point without gaps?

Explanation:

Link:

Question (6)

Which statement correctly defines a regular shape?

Explanation:

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Question (7)

A pattern uses only equilateral triangles. If 6 triangles meet at one point, what is formed?

Explanation:

Link:

Question (8)

Which pair of shapes can each tessellate by themselves?

Explanation:

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Question (9)

A student joins five squares at one point. What will happen?

Explanation:

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Question (10)

Which of the following patterns is an example of tessellation?

Explanation:

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