Assuming regular octagons, squares.
And what is the question?If you want to factor that, first take out the common factor of 2, and put whatever remains in parentheses. Then you can use the rule to factor the difference of two squares, to factor what remains within parentheses.
Put the two bases of the triangle together. To form a square. Place the squares side by side to form a rectangle
To put a fraction in simplest form , simply divide the numerator and denominator by their greatest common factor(GCF) and the answer is its simplest form.
I think you are thinking of using the rectangles like you use Punnet squares. One side is multiplied times the other side and the product is put in the inside squares. This is handy when trying to factor expressions that are polynomials.
put TETS on it
No, but put 2 squares beside each other and get a rectangle! No, that's why they have different names.
They are shapes or figures that can be put together to form a surface with no cracks in between and no overlapping. Squares, hexagons, and triangles are all examples of tesselations.
Decrease. The refrigerator removes the warmth factor and the damp factor that mold needs to form.
You put a fraction in simplest form by dividing the numerator and denominator by their greatest common factor. If the either the numerator or denominator is a prime number, the fraction cannot be simplified.
Count all the squares then count the shaded squares put the shaded number at the top and the number of all squares at the bottom so it might look like this ⅜ 8 is the total and 3 is the number of shaded squares
Make 4 equally spaced columns of 3 matchsticks. Across the top put the first row of 3 matchsticks and then put a further two rows of matchsticks equally spaced. This will form 9 small equal squares within a larger square.