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Let's work through the problem:
Step 1: Convert to improper fractions.
The mixed number is converted to an improper fraction as follows:
Multiply the whole number 6 by the denominator 2: .
Add the numerator 1: .
The improper fraction is .
The mixed number is converted to an improper fraction as follows:
Multiply the whole number 1 by the denominator 4: .
Add the numerator 3: .
The improper fraction is .
Step 2: Find a common denominator.
The denominators are 2 and 4. The least common denominator is 4.
Step 3: Adjust fractions to have the common denominator.
needs to be adjusted to have a denominator of 4:
Multiply both the numerator and the denominator by 2: .
Step 4: Perform the subtraction.
Subtract from :
.
Step 5: Convert the improper fraction back to a mixed number.
Divide the numerator by the denominator:
with a remainder of 3.
The mixed number is .
Therefore, the solution to the problem is .
\( 5:\frac{2}{5}= \)
Converting to improper fractions makes subtraction easier! When you have , the fraction part is smaller than , which requires borrowing. Improper fractions eliminate this complexity.
The LCD of 2 and 4 is 4 because 4 is the smallest number that both 2 and 4 divide into evenly. Since 4 ÷ 2 = 2 and 4 ÷ 4 = 1, we use 4 as our common denominator.
When you have , just divide 19 by 4. You get 4 with remainder 3, so the answer is . The quotient becomes the whole number, and the remainder goes over the original denominator!
Yes! You can keep them as mixed numbers, but you'll need to borrow from the whole number. Since , convert to , then subtract normally.
Add your answer back to the number you subtracted: . If you get (the original first number), your answer is correct!
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