15 fifths. Because 5/5 (1) times 3 = 15/5. 1 whole = 5 fifths 2 wholes = 10 fifths 3 wholes = 15 fifths
15 fifths are in 3- each whole has 5/5 and there are 3 wholes, so 3 x5 = 15 fifths
Assume the number is 24 3/5. Express that in improper fraction: (24 * 5 + 3) / 5 = 123 / 5 Then, there are 123 "fifths [or 1/5]" in 24 3/5.
3
3 fifths is larger. 4 tenths is 0.4 , 3 fifths is 0.6
(3/5)+(3/5)+(3/5) = 9/5 = 1 and 4/5
15 fifths. Because 5/5 (1) times 3 = 15/5. 1 whole = 5 fifths 2 wholes = 10 fifths 3 wholes = 15 fifths
3
5/5 + 3/5 = 8/5 8 fifths.
4/5 x 3 = 12/15 so there are 12 fifths.3 4/5in 3 there are 3x5 fifths = 15in 4/5 there are 4 fifths = 44 fifths plus 15 fifths = 19There are 19 fifths in 3 4/
2 and 6/5 or 3 and 1/5
15 fifths are in 3- each whole has 5/5 and there are 3 wholes, so 3 x5 = 15 fifths
3/5+4/5=7/5=One and two fifths
5 is 25 fifths, 3 x 4 fifths is 12 fifths so difference is 13 fifths or 2.6 or two and three fifths.
Assume the number is 24 3/5. Express that in improper fraction: (24 * 5 + 3) / 5 = 123 / 5 Then, there are 123 "fifths [or 1/5]" in 24 3/5.
3
3 multiplied by 1/5 is 3/5