Oh, what a delightful question! If we have 5 wholes, and each whole is made up of 12 parts, then we can think of it as having 5 groups of 12 parts each. So, there would be 60 twelfths in 5 wholes. Isn't that just a happy little thought?
20
There are: 15/3 = 5 wholes
10 halves in 5 wholes.
17 twelfths or 1 and 5 twelfths.
15 fifths. Because 5/5 (1) times 3 = 15/5. 1 whole = 5 fifths 2 wholes = 10 fifths 3 wholes = 15 fifths
27/5 = x/125x = 324x = 64.864.8 twelfths
20
There are: 15/3 = 5 wholes
10 halves in 5 wholes.
By definition, if you have one twelfth, it takes 12 to make a whole.
5
17 twelfths or 1 and 5 twelfths.
15 fifths. Because 5/5 (1) times 3 = 15/5. 1 whole = 5 fifths 2 wholes = 10 fifths 3 wholes = 15 fifths
To find out how many one-fifths are in 7 wholes, you can multiply 7 by 5, because each whole contains 5 one-fifths. Thus, 7 wholes contain ( 7 \times 5 = 35 ) one-fifths. Therefore, there are 35 one-fifths in 7 wholes.
5 wholes = ten halves plus one half = 11 halves
thirty-five 35 / 5 = 7 5 fifths = 1 whole then that 5 x 7 = 35
There are 20 fifths in 4 wholes. This can be calculated by multiplying the number of wholes (4) by the number of parts each whole is divided into (5). So, 4 wholes x 5 parts = 20 fifths. Each whole can be divided into 5 equal parts, and since there are 4 wholes, there are a total of 20 fifths.