no you can only simplify ones such as 2 and 4 eiths
You can simplify an improper fraction, unless the numbers are prime. Simplify it like how you would regularly, but don't forget that you can always turn it into a mixed number.
no not really if your just doing it but if it for school and for a grade you should do both just to be sure.
which mixed number or improper fraction is closest to the decimal 5.27?
Simplify the fractional part, and then rewrite it with the integer part in front. For example, if asked to simplify 715/25, all you need to do is to simplify 15/25 = 3/5. The answer, then, is 73/5.
yes you can simplify a mixed number b but only if the numerator and denominator can be divided
Convert the fractions into equivalent fractions with the same denominator. In actually adding mixed numbers, it is easier to convert the mixed numbers into improper (top heavy) fractions, do the addition, simplify the resulting fraction and convert any resulting improper fraction back into a mixed number.
step 1 write each mixed number as an improper fraction step 2 look for common factor and simplify step 3 multiply write the product as a mixed number
3 1/10 then to simplify it 31/10
To multiply fractions, simply multiply the numerators (top numbers) together and the denominators (bottom numbers) together. For mixed numbers, first convert them into improper fractions by multiplying the whole number by the denominator and adding the numerator. After converting, follow the same process of multiplying the numerators and denominators, and simplify the resulting fraction if necessary.
You can simplify fractions, sometimes, but you can never simplify whole numbers.
The commutative and associative properties are helpful when adding mixed numbers because they allow for flexibility in rearranging and grouping the numbers. The commutative property lets us change the order of the mixed numbers being added without affecting the sum, while the associative property lets us group different parts of the numbers together for easier calculation. This can simplify the addition process, particularly when dealing with fractions and whole numbers in mixed numbers. By using these properties, we can efficiently find a sum without getting confused by the complexity of the numbers.
You multiply the whole number by the denominator and then add the numerator. This is your numerator. You have the same denominator as you did before. Simplify. Example: 5 and 1/2. 5x2+1=11. 11/2. You can't simplify