x = 16 and 2/3 or 16.666666.....recurring decimal Ratios have been increased by 3 and 1/3
You can produce an infinite number of ratios that are equal 3:7. You can do this by simply multiplying both 3 and 7 by the same number, so for example: 3 x 2:7 x 2 6:14 = 3:7 3 x 5:7 x 5 15:35 = 3:7
No
1 to 3, 4 to 12, 5 to 15 etc.
5 to 6 15 to 18 20 to 24
2.5:1
x = 16 and 2/3 or 16.666666.....recurring decimal Ratios have been increased by 3 and 1/3
You can produce an infinite number of ratios that are equal 3:7. You can do this by simply multiplying both 3 and 7 by the same number, so for example: 3 x 2:7 x 2 6:14 = 3:7 3 x 5:7 x 5 15:35 = 3:7
50/90, 500/900 and 55/99 are three ratios equivalent to 5/9.
Oh, what a happy little question! Let's take a moment to appreciate these ratios. To see if they are equivalent, we can simplify them. When we simplify 3:2, we get 1.5, and when we simplify 5:3, we get approximately 1.67. Since these values are not the same, the ratios 3:2 and 5:3 are not equivalent, but they each have their own unique beauty.
No
To compare we have to calculate the ratios in simplest form. The ratios of 6 /8 =3/4.and 8/10 =4/5 . and we can say 4/5 is not equal to 3/4.
1 to 3, 4 to 12, 5 to 15 etc.
A true proportion is when two ratios are equal to one another. To prove this, you need to find the cross products of the ratios and see if they are equal. An example of a true proportion are the ratios 1/2 and 5/10, if you take the cross product the result is 2 x 5 = 1 x 10, which are equal.
5 to 110 to 2
5 to 6 15 to 18 20 to 24
2/5, 4/10, 6/15, 8/20