4/(7) = 4/7 is the ratio of circles to triangles. Some prefer to express this as 4:7.
1:2
4.9
Hypotenuse, honey. It's like the diva of right triangles, showing off that ratio with style. So, if you wanna find out how long that leg is compared to the hypotenuse, just call up the sine ratio and let it do its thing.
The ratio of radius to diameter for any circle is 1/2
ratio
For each drawing . . .-- Draw a small number of circles.-- Draw that same number of circles again.-- Draw that same number of triangles three times.To create a different drawing, do exactly the same thing,but start out with a different small number.
To create three different drawings showing a number of circles and triangles in which the ratio is 2:3 you can: Start with an equilateral triangle, draw a circle inside it, draw an equilateral triangle inside the circle, draw a circle in the triangle and then draw an equilateral tiangle in the smallest circle. Or, you could draw 3 triangles and 2 circles in a line. Or, you could draw 3 triangles on a line with 2 circles between them.
The ratio of 2 circles and 3 triangles can be expressed as : 2 : 3.
The ratio of two circles to three triangles is not a straightforward comparison as circles and triangles are different shapes. However, if we are comparing the areas of two circles to the combined areas of three triangles, we would need to calculate the area of each shape using their respective formulas (πr^2 for circles and 1/2 base x height for triangles) and then compare the total areas. The ratio would then be the total area of the circles divided by the total area of the triangles.
It is the number of triangles : the number of circles.
Without the triangles, no answer can be given.
There are 2 triangles in a square so the ratio to square and triangle is 2 to 1
in one square, there are two triangles, so the ratio of triangles to sqaures is 2:1
In 2000, Einsenberg Heshington got 1st place in the European Circle Drawing Show Down, with a perfect circumfrence to radii ratio of 2:1.This has been the only contest since.
1:2
If the ratio of similarity is 310, then the ratio of their area is 96100.
It is given that two triangles are similar. So that the ratio of their corresponding sides are equal. If you draw altitudes from the same vertex to both triangles, then they would divide the original triangles into two triangles which are similar to the originals and to each other. So the altitudes, as sides of the similar triangles, will have the same ratio as any pair of corresponding sides of the original triangles.