16.666666 or 16⅔ or 50/3
To represent 1.13-1.02 on a hundredths grid, you would first draw 1 whole square to represent the 1 before the decimal point. Next, you would divide the grid into 100 smaller squares to represent the hundredths. You would shade in 13 out of the 100 squares to represent the 0.13 part of 1.13. Then, you would subtract 1.02 by shading in 2 out of the 100 squares to represent the 0.02 part. The difference between the shaded squares for 1.13 and 1.02 would give you the visual representation of the subtraction on the hundredths grid.
35%
To model 1.04 on a grid, you can represent it as a square with side lengths of 1 and 0.04 units. This can be visualized as a square divided into 100 smaller squares, with 4 of those smaller squares shaded to represent the 0.04 part. Each smaller square would represent 0.01. This grid model can help demonstrate the concept of decimals and their relationship to whole numbers.
On a grid containing 100 squares, 25 percent of the grid would be equivalent to shading in 25 squares.
It would be a full grid(100 all shaded) and six more on another hundred-grid.
It is: 5/20 times 100 = 25% shaded squares
16.666666 or 16⅔ or 50/3
To find the percentage of shaded squares in the grid, you would divide the number of shaded squares (10) by the total number of squares (25) and then multiply by 100. So, 10 shaded squares out of 25 total squares is 10/25 = 0.4. Multiplying 0.4 by 100 gives you a percentage of 40%.
A 10 x 10 grid would contain 100 cells.
35%
i no i no
If 5.7 of a region is shaded, then 94.3% of the region is not shaded. This can be calculated by subtracting the shaded percentage from 100%.
On a grid containing 100 squares, 25 percent of the grid would be equivalent to shading in 25 squares.
If the grid is 10 by 10 or 100 squares, then 2/10 would be 20 squares.
3/7 * 100 = 42.857% of the stars are shaded.4/7 * 100 = 57.143% are not shaded.
We would need to know how big the circle is. And what is the shaded part looks like. That will help us figure out the answer.