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Let's look at the expression in parentheses and write it as a fraction:
Now we'll get the expression:
Let's address the parentheses and combine the 8 with the multiplication in the numerator:
Let's break down the 8 and 12 into smaller multiplication problems:
Let's reduce between the 4 in the numerator and denominator and get:
Let's solve the multiplication problems in the parentheses and get:
Let's switch between the numerator and denominator so we can turn the expression into multiplication and add the 7 to the fraction's numerator:
Let's separate the fraction's numerator into an addition problem:
Now let's separate it into an addition of fractions:
Let's multiply the fraction by 5:
And we'll get the expression:
\( 70:(14\times5)= \)
Because of PEMDAS order! You must solve the innermost parentheses first: (3×12) = 36, then work your way outward to the next level.
Convert to multiplication! . Then when you multiply by 8:
When dividing by a fraction! becomes . The fraction after the division sign gets flipped.
Divide the numerator by denominator: 63 ÷ 20 = 3.15. You can also think of it as
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