14 = 2*7 so the denominator must be 3*7 = 21
Therefore the required fraction is 14/21
The sum of two fractions will be equal to one when the numerator and the denominator of their sum are the same. Example: 1/3 + 2/3 = 3/3 or 1
Any nonzero fractions where the numerator and denominator are the same number, are equal to 1. For example, 2/2 is equal to 1, or 3/3, 4/4, and so on.
A fraction written with an integer numerator placed over a (nonzero) integer denominator is called a vulgar fraction. Vulgar fractions are also known as common fractions or simple fractions. Examples are 2/5 and 7/3. In those examples, the numerators are 2 and 7, the denominators are 5 and 3, all of which are integers. Simple/common/vulgar fractions are distinguished from compound fractions, from complex fractions, from mixed numerals, from decimal fractions, and from irrational fractions. Examples of fractions that are not common fractions are: * 0.75 -- decimal fraction * (3/4) / 2 -- complex fraction * (3/4) / (2/3) -- complex fraction * (1 1/2) / 2 -- complex fraction with mixed numeral in numerator * 3/4 of 5/7 -- compound fraction * 75% --- which equals 75/100, but written as a percent, it has neither a numerator nor a denominator * pi/4 -- irrational fraction. The distinction between common fractions and fractions that are not common is NOT the same as the distinction between proper fractions and improper fractions (which is explained below, but which is not needed to understand what a common fraction is). Common fractions can be either proper or improper. ------ If the absolute value of the numerator (the number on top) is less than the absolute value of the denominator (the number on the bottom) the fraction is called a PROPER fraction.. Examples are 2/3 and and -2/5. If the absolute value of the numerator is greater than the absolute value of the denominator (the number on the bottom) the fraction is called IMPROPER. Examples are 3/2 and and -5/2. Improper fractions can be converted to a mixed numeral, that is, an integer plus a fraction. For example 7/3 is equal to 2 1/3.
14/3, 28/6, 42/9
fractions equal to 54 = 54/1, 108/2, 162/3,...
2
To compare if they are the same (ie equivalent fractions), make them both into equivalent fractions with the same denominator and compare the numerators. To find equivalent fractions multiply (or divide) both the numerator and denominator by the same number. → 1/2 = (1×2)/(2×2) = 2/4 → 3/4 = 3/4 The two fractions now have the same denominator (4), so compare their numerators: ½ now has a numerator of 2 whereas ¾ (still ) has a numerator of 3. 2 does not equal 3 so ½ does not equal ¾; ie ½ and ¾ are not equivalent fractions.
Just multiply numerator and denominator by the same number, and you will have an equivalent fraction. 2*2 = 4. 7*2 = 14, so 4/14 is one. You can pick any non-zero integer to multiply numerator and denominator by to get more equivalent fractions.
Common fractions whereas the numerator is less then the denominator as in 3/4 Improper fractions whereas the numerator is greater than the denominator as in 5/2 Equivalent fractions have equal values as in 3/4 = 6/8 and 5/2 = 10/4
Any fraction whose numerator is twice the size of its denominator is equivalent to 2.There are an infinite number of them.
4/1, 8/2, 16/4, for more multiply numerator and denominator both by 2
5/10 is equal to 1/2. Whatever you multiply the numerator by you must multiply the denominator and you will always get same valued fractions
The sum of two fractions will be equal to one when the numerator and the denominator of their sum are the same. Example: 1/3 + 2/3 = 3/3 or 1
2/3 can = 4/6 or 6/9 anything that you multiply the numerator and denominator by.
2 fractions equal 7 out of 9 =14/18, 21/27 7 /9 * 2/2 = 14/18 7 /9 * 3/3 = 21/27
They are actually equivalent fractions so they are equal. 7/8 is the simplified form of 14/16. You can obtain this by dividing both the numerator and denomitor by 2.
1. Proper Fractions where the numerator is less than denominator. 2. Improper Fractions or top-heavy fractions where the numerator is greater than denominator.