yes it does
You divide the equivalent positive numbers. Then you add a negative sign to the result.
you change all mixed numbers to improper fractions.
The three fractions whose decimal equivalent is 0.40 are 4/10. 8/20 and 16/40. There are many more fractions that would have the same decimal result.
Same as for addition. Mainly, you have to convert the fractions to equivalent fractions that have the same denominator. After that, it is easy: just subtract the numerators and put the result on top of the common denominator.
Dividing integers and whole numbers both involve determining how many times one number fits into another, but they differ in their outcome and treatment of signs. When dividing whole numbers, the result is always a non-negative quotient or zero, while dividing integers can yield negative quotients depending on the signs of the numbers involved. Additionally, dividing whole numbers cannot result in fractions or remainders in the same way that integer division can, as integer division may involve negative results or remainders when dividing positive and negative integers.
Fractions equivalent to 12 include 12/1, 24/2, 36/3, 48/4, and so on. These fractions are equivalent because they all represent the same value of 12 when simplified. Multiplying or dividing the numerator and denominator by the same non-zero number will result in an equivalent fraction.
A rational number is always the result of dividing an integer when the divisor is nonzero.
Various methods: * Convert the fractions into equivalent fractions with the same denominator; then order by smallest numerator to largest; * Convert the fractions to [approximate] decimals by dividing the numerators by the denominators; then order by the smallest decimal to largest; * Divide the denominators by the numerators; then order by the largest result to the smallest. In all cases list the original fractions.
1. Write this as 60/100. 2. Simplify the fraction as much as you can. 3. In the result of step (2), multiply top and bottom by the same number, to get an additional fractions. You can repeat (with the result of step (2)), multiplying top and bottom with different numbers (but always the same number for top and bottom), to get additional equivalent fractions.
(3/4) x (5/9) = (3x5)/(4x9) = 15/36, that is when you multiply fractions, you multiply the numerators and form the numerator of the result and multiply the denominators and form the denominator of the result (3/4) / (5/9) = (3/4) x (9/5) = 27/20, that is when you divide fractions, you first invert the fraction by which you are dividing and then multiply the numerators and form the numerator of the result and multiply the denominators and form the denominator of the result
You divide the equivalent positive numbers. Then you add a negative sign to the result.
you change all mixed numbers to improper fractions.
The three fractions whose decimal equivalent is 0.40 are 4/10. 8/20 and 16/40. There are many more fractions that would have the same decimal result.
Same as for addition. Mainly, you have to convert the fractions to equivalent fractions that have the same denominator. After that, it is easy: just subtract the numerators and put the result on top of the common denominator.
Dividing integers and whole numbers both involve determining how many times one number fits into another, but they differ in their outcome and treatment of signs. When dividing whole numbers, the result is always a non-negative quotient or zero, while dividing integers can yield negative quotients depending on the signs of the numbers involved. Additionally, dividing whole numbers cannot result in fractions or remainders in the same way that integer division can, as integer division may involve negative results or remainders when dividing positive and negative integers.
By dividing the diameter of any circle into its circumference will always result as pi.
If the fractions have the same denominator, add and subtract the numerators as if the denominators weren't there and put the result over that denominator. Reduce if possible. If the fractions have different denominators, find the LCM of the denominators and convert the fractions to equivalent fractions with like denominators. Then add and subtract the numerators as if the denominators weren't there and put the result over that denominator. Reduce if possible.