So they both go into 24 so
20/24 - 24/24
They answer is 4/24
You can ruduce that to 2/12 or 1/6
You should try doing this:
Count the smallest amount of tile on one side of the square.
There are eight, and 8X8=64 smallest tiles.
Next, the next to smallest amount of tiles have four smallest tiles, there are two smallest tiles on the side of a next to smallest tiles square. Because of that, there is (8/2=4) next to smallest tiles, and 4*4 = 16
And so on
4/2 = 2
2*2 =4
2/2 =1
1*1 =1
Then you add up all the squares of all the different size possible:
64+16+4+1 = 85 squares
Answer:
37in.^2
Step-by-step explanation:
So if the triangles at the top have a hypotenuse of 5, and a length of 4, then doing reverse Pythagorean theorem, you find out that the width is 3.
. so reverse of that for this problem would be 
and if we plug it in, we get 25 -16=9 and the square root of 9 is 3. so if we find the are of the triangle, 3*4*1/2=6 and there are 2 triangles so 12 for both triangles. The square is 5*4=20. and the smaller triangles on the side are 1*5*1/2=2.5, and there are 2 traingles so 2.5*2= 5. So 5+20+12=37. You can do this on most calculators, and please put my answer as the brainliest.✌
Answer:
To calculate the distance d of a line segment with endpoints (x1, y1) and (x2, y2) use the formula d (x2 x1)2 (y2 y1)2. * i didnt know what to put so i put this*
