If the squares can be placed on top of one another, they could form a shape with from 6 to 16 sides.
If the squares can be placed on top of one another, they could form a shape with from 6 to 16 sides.
If the squares can be placed on top of one another, they could form a shape with from 6 to 16 sides.
If the squares can be placed on top of one another, they could form a shape with from 6 to 16 sides.
If the squares can be placed on top of one another, they could form a shape with from 6 to 16 sides.
This shape is going to be a rectangle. Picture a rectangle that is twice a long as it is wide. Now draw a line segment to exactly bisect the long side. You now have two congruent squares sitting side by side.
The answer will depend on the sizes and positioning of the squares. You could make a 16-sided polygon (8-pointed "star"), a 4-sided rectangle, or very many shapes between the two.
All squares are rectangles, but not all rectangles are squares. Basically, a square is a rectangle where all sides are the same length. However, providing that the width is half of the length, or vice versa, and you join the two rectangles along the one of the sides that is longer, two rectangles can make a square. Example: 1x2 rectangle joined with another 1x2 rectangle will make a 2x2 square.
You need 4 rectangles and two squares * * * * * No, you do not need to have squares: there can be six rectangles - as in a brick shape.
a rectangle
rectangle
a rectangle
You can make a rectangle by using two squares
A rectangle.. If you combine the triangles to make another square and then place all the squares in a row it makes a rectangle. you can also make a trapezium, if you place the 2 squares next to each other and then the triangles beside them...
A rectangle
It will make two squares.
An isosceles-triangle based prism.
the perimeter of a rectangle with two 5cm squares will be 30cm
This shape is going to be a rectangle. Picture a rectangle that is twice a long as it is wide. Now draw a line segment to exactly bisect the long side. You now have two congruent squares sitting side by side.
The answer will depend on the sizes and positioning of the squares. You could make a 16-sided polygon (8-pointed "star"), a 4-sided rectangle, or very many shapes between the two.
Draw a rectangle made with three squares. Then put a diagonal line through the center one. Tah-Dah
No, but all squares are rectangles because a rectangle is a four sided shape with at least two even sized sides where a square is a four sided shape with all even sides