That's only true if the fractions are "proper" fractions ... with numerator smaller than denominator. The reason is: If you take (a piece less than the whole thing) out of (a piece less than the whole thing), you wind up with a piece smaller than either of the original pieces.
if you mean multiplying something by a fraction where the numerator is smaller than the denominator then yes.
A proper fraction is less than 1. Any positive number multiplied by a positive number less 1 will be less than itself. In multiplying two proper fractions, each one is being multiplied by a number less than 1.
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A fraction is smaller than one if the number on the top is less than the number on the bottom.
That's only true if the fractions are "proper" fractions ... with numerator smaller than denominator. The reason is: If you take (a piece less than the whole thing) out of (a piece less than the whole thing), you wind up with a piece smaller than either of the original pieces.
if you mean multiplying something by a fraction where the numerator is smaller than the denominator then yes.
For the same reason that you can multiply two proper fractions and get a smaller number than either of them. You are multiplying either decimal by a number that is smaller than 1. As a result you get an answer that is smaller than 1 times the first number.
One of the numbers must be less that 1
huh. not a formal proof, but intuition says no, since decimal places represent fractions, and multiplication of fractions leads to smaller numbers (or more less than one), leading to more decimal places.
the numbers are larger, but could mean less or more: 1/20000000 is small and 20000000/1 is large
A proper fraction is less than 1. Any positive number multiplied by a positive number less 1 will be less than itself. In multiplying two proper fractions, each one is being multiplied by a number less than 1.
No.
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You're only supposed to ask one question at at time but here we go:- 1 Fractions are parts of whole numbers or integers 2 Fractions less than 1 are common fractions 3 Fractions greater than 1 are improper fractions 4 Fractions have denominators which are underneath their numerators 5 Fractions are separated by a solidus line such as n/d 6 Fractions that are improper can be changed into mixed numbers 7 Fractions can be changed into decimals 8 Fractions can be converted into percentages 9 Fractions are rational numbers 10 Fractions can not be derived from irrational numbers 11 Fractions need a LCD when adding or subtracting them 12 Fractions can be easily multiplied and divided 13 Fractions can be equivalent such as 2/3 = 4/6 14 Fractions can be simplified by finding their HCF 15 Fractions use prime numbers to find the LCM of different denominators 16 Fractions were once used by the ancient Romans to a limited extent
Convert to equivalent fractions with the same denominator (bottom number) and then compare the numerators (top numbers): 2/3 = 4/6 1/2 = 3/6 4 > 3 ⇒ 2/3 is greater than 1/2. When converting to equivalent fractions, it is best to use the lowest common multiple (lcm) of the denominators as it leads to smaller fractions, but just multiplying the denominators together will always work. In this case, the lcm is also the two numbers multiplied together.
Proper fractions are fractions having a numerator that is smaller than the denominator.A proper fraction is when its numerator is less than its denominator as for example 3/4