Because a fraction is represented by the ratio of the two numbers and multiplying both by the same number does not change their ratio.
Multiply both the numerator (top) and the denominator (bottom) of the fraction by any non-zero integer. You will have an equivalent fraction.
Equivalent Ratios
for x that makes the first ratio equivalent to the second ratio of x to 14 , 56 to 98
3/10. Also, you can multiply both numbers of the ratio, 3/10, by any non-zero number. You will have an equivalent ratio.
The ratio of the two numerators is the same as the ratio of the two denominators.
Because a fraction is represented by the ratio of the two numbers and multiplying both by the same number does not change their ratio.
45:24
Multiply both the numerator (top) and the denominator (bottom) of the fraction by any non-zero integer. You will have an equivalent fraction.
Find an equivalent ratio so that the denominator = 1. This may require the numerator to be a fraction.
You require at least two ratios for them to be equivalent (or not).
There is no real reason for two equivalent measurements to be rationed! The ratio of two equivalent measurements will depend on the units used. The ratio between a length in feet and the equivalent length in inches, for example, is 12:1.
No.
Equivalent Ratios
for x that makes the first ratio equivalent to the second ratio of x to 14 , 56 to 98
3/10. Also, you can multiply both numbers of the ratio, 3/10, by any non-zero number. You will have an equivalent ratio.
write two decimals that are equivalent to the given decimal 2.200