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To solve the problem of multiplying two fractions and , we'll follow these steps:
Let's apply these steps to our problem:
Step 1: Multiply the numerators: .
Step 2: Multiply the denominators: .
Therefore, the product of and is .
The solution to the problem is , which corresponds to choice 4.
\( \frac{2}{3}\times\frac{5}{7}= \)
When multiplying fractions, we're finding a fraction of a fraction. Think of as "one-third of one-sixth." This makes the result smaller, so we multiply to get .
Adding fractions: Find common denominators first, then add numerators.
Multiplying fractions: Multiply straight across - numerator × numerator, denominator × denominator. No common denominators needed!
Yes! Always check if your answer can be simplified. Since has 1 in the numerator, it's already in lowest terms. But other answers might need reducing.
Look for key words: "of" usually means multiply (like "one-third of one-sixth"). Practice recognizing that multiplication makes fractions smaller, while addition combines parts.
With unit fractions (numerator = 1), just multiply the denominators! . For our problem: .
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