-- Look at the picture, count how many squares are shaded, write down the number. -- Look at the picture again, count how many squares there are all together, whether they're shaded or not shaded. Write down the number. -- Make a fraction. Put the first number on top, put the second number on the bottom. (-- Reduce the fraction to lowest terms, it necessary, and if you know how to do that.)
You can make three squares
There are 9 squares I can see 12 squares in an array of 2 * 4 squares
the answer is 6 squares
It depends on the size of the squares.
use a sharpening tool
-- Look at the picture, count how many squares are shaded, write down the number. -- Look at the picture again, count how many squares there are all together, whether they're shaded or not shaded. Write down the number. -- Make a fraction. Put the first number on top, put the second number on the bottom. (-- Reduce the fraction to lowest terms, it necessary, and if you know how to do that.)
The 256k does not actually relate to a picture size, just how much data is in the picture. This is how many pixels there are (how many tiny squares of data make up the picture). This means that if you enlarge the picture, the pixels become more apparent (the image looks like it's made up of squares) however the amount of data (k) in the picture has not increased. If you decrease the size of the picture, the same number of pixels remain (but you can't see individual pixels). Only if you crop the picture, some pixels will be deleted so the data content (k) will be smaller. But (k) does not give a specific picture size. Hope that helps.
How many squares are in one single pack
There are 48 such squares.
how many squares fit in a hexagon
You can make three squares
20 squares x 20 squares = 400 squares
There are 9 squares I can see 12 squares in an array of 2 * 4 squares
the answer is 6 squares
you have to flip all the squares and if you get the picture of the jester then you past it
6... with a remainder of 6 1x1 squares.