Suppose all the pentagon have two adjacent angles of 45 degrees, and three right angles. Create a line of pentagons with their bases aligned and their "odd" vertext facing upwards. Next create a second line of pentagons, inverted so as to meet the first line apex-to-apex. The gaps between these will be rectangular (square, in fact). It is thus possible to obtain a tessellation.
No tesselation is possible with regular pentagons and rectangles.
no
no
No, a square and a pentagon cannot tessellate together. In order for two shapes to tessellate, their angles must add up to a multiple of 360 degrees. A square has angles of 90 degrees, while a regular pentagon has angles of 108 degrees. Since 90 and 108 do not add up to a multiple of 360, these shapes cannot tessellate together.
all sides have to be equal to tessellate .so the answer depends on the pentagon
The rectangle is the simplest and most obvious case of a geometrical form that can tile a plane.
No
yes you can tessellate a triangle and a pentagon together.
A regular pentagon will not tessellate.
All 4 sided quadrilaterals will tessellate
yes
no
no
No, a square and a pentagon cannot tessellate together. In order for two shapes to tessellate, their angles must add up to a multiple of 360 degrees. A square has angles of 90 degrees, while a regular pentagon has angles of 108 degrees. Since 90 and 108 do not add up to a multiple of 360, these shapes cannot tessellate together.
all sides have to be equal to tessellate .so the answer depends on the pentagon
They can in some configurations.
Yes it does tesselate.
The rectangle is the simplest and most obvious case of a geometrical form that can tile a plane.