Solve the following equation:
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Solve the following equation:
Let's begin by writing the two division exercises as a multiplication of two simple fractions:
Let's proceed to combine them into one exercise:
Note that in the denominator of the fraction we are multiplying two negative numbers, therefore the result must be positive:
Let's now break down the 12 in the fraction's numerator into a multiplication exercise:
Finally let's reduce the multiplication exercise 4X3 in the numerator and denominator and we should obtain the following:
Solve the following exercise:
\( (+6)\cdot(+9)= \)
Because we have two negative divisors: (-4) and (-3). When we multiply them together in the denominator, negative times negative equals positive, giving us .
Yes! Work left to right: 38 ÷ (-4) = -9.5, then -9.5 × 12 = -114, finally -114 ÷ (-3) = 38. But the fraction method helps avoid sign errors!
Same signs = positive result
Different signs = negative result
So: (+)(+) = +, (-)(−) = +, but (+)(−) = − and (−)(+) = −
This creates common factors with the denominator! Since we have 4 × 3 in both numerator and denominator, they cancel out, leaving just 38 as our answer.
Remember: Division and multiplication have equal priority, so work from left to right. Or convert everything to fractions first - this often makes the signs clearer!
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