There are a infinite number of fractions that can be equivalent to four fifths. 8/10, 12/15, 16/20, 20/25 etc.
40/250, 400000/2500000
Two fifths is equivalent to four tenths, 0.4, or 40%, among an infinite number of other possible equivalent fractions, decimals, and percentages.
To compare four fifths and three tenths, we need to have a common denominator. In this case, the least common denominator is 10. When both fractions are converted to have a denominator of 10, four fifths becomes 8/10 and three tenths becomes 3/10. Therefore, 8/10 (four fifths) is greater than 3/10 (three tenths).
To find out how many fifths are in sixteen twentieths, you need to first simplify both fractions. Sixteen twentieths simplifies to four fifths by dividing both the numerator and denominator by four. Therefore, sixteen twentieths is equivalent to four fifths.
Infinitely many. Take any whole number n. Then (4*n)/(5*n) is an equivalent fraction.
8/10, 16,20, 32,40
4/5
40/250, 400000/2500000
3/8 and 3/4 are not equivalent fractions
Equivalent fractions to six fifteenths are two-fifths, four-tenths, and twelve-thirtieths.
Two fifths is equivalent to four tenths, 0.4, or 40%, among an infinite number of other possible equivalent fractions, decimals, and percentages.
To compare four fifths and three tenths, we need to have a common denominator. In this case, the least common denominator is 10. When both fractions are converted to have a denominator of 10, four fifths becomes 8/10 and three tenths becomes 3/10. Therefore, 8/10 (four fifths) is greater than 3/10 (three tenths).
To find out how many fifths are in sixteen twentieths, you need to first simplify both fractions. Sixteen twentieths simplifies to four fifths by dividing both the numerator and denominator by four. Therefore, sixteen twentieths is equivalent to four fifths.
LCD of 9 and 5 = 45 so equivalent fractions are 25/45 and 36/45. The latter is clearly the larger ie four fifths
It has infinitely many equivalent fractions. Multiply both the numerator (top) and the denominator (bottom) of the fraction by any non-zero integer and you will have an equivalent fraction.
Twenty four fifths is four and four fifths. So if you take three away, that leaves one and four fifths.
Infinitely many. Take any whole number n. Then (4*n)/(5*n) is an equivalent fraction.