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Always sometimes or never by Millan Howlett Toby Day and Ashton Jones

Question 1- A hexagon has six equal length sides? Answer-Sometimes- This is sometimes true
because if it is a regular hexagon then it is true but if it is irregular then it is not true because the sides won’t be equal

Question 2- Triangles have a line of symmetry? Answer- Sometimes- This is sometimes true because an equilateral triangle and scalene triangle have a line of symmetry but an isosceles triangle doesn’t have a line of symmetry.

Question 3- Squares have 2 diagonals that meet at right angles? Answer-Always- The answer is always because squares have 4 right angles and 4 right angles always meet up diagonally if it’s a square.

Question 4- Cutting a corner of a square makes a pentagon? Answer-Always- This is always true because you are adding one side to four sides. That equals 5.pentagons have 5 sides.

Question 5- The base of a pyramid is a square? Answer-Sometimes- The answer is sometimes because you can have a square but you can also have a triangle based pyramid.

Question 6- A cuboid has two square faces? Answer-Always- The answer is always because a cuboid would not be a cuboid without 2 square faces.

Question 7- When you cut off a piece off a 2d shape you reduce the area and perimeter?
Answer-Sometimes- The answer is sometimes because it only reduces the perimeter not the area because the area is the middle of the shape and the perimeter is the outside of the shape.

Question 8- Triangles tessellate? Answer-Sometimes- The answer is sometimes because they are different types of triangles that work and don’t work.

Question 9- The number of lines of symmetry in a regular shape is equal to the number of sides? Answer- Sometimes- The answer is sometimes because there are some shapes that do have the same amount of lines of symmetry and sides and some don’t.

Question 10- Quadrilaterals can be cut into two equal triangles? Answer-Sometimes- The answer is sometimes because there are lots of different quadrilaterals that can be cut into two equal triangles.