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Q: How can 7 8 2 3 equal 24 by adding subtracting multiplying or dividing?

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That's a polynomial expression.

Yes, when multiplying or dividing two negatives the result is a positive number.

You solve this by dividing 60,000 by 105, then multiplying the number you get by 100.

It would equal to zero.

For negatives, two negatives equal a positive & all goes for positive

Related questions

6/(1-6/8)

(7 + 9)*3/2 = 24

adding or subtracting them, that would depend on the magnitude of the values; multiplying or dividing would yield a negative product or quotient

44 4/4 = 45 (Forty-four and four fourths equals forty-five)

(1 + 5 - 3) * 8 = 24

you could get 3+3=5 but there is a very mathematical equation if you will to solve it. it takes dividing adding multiplying and subtracting by the multiples to figure it out. i am yet to find out what exactly this equation is.

8+8+7+1

If depend on what the two numbers are doing to each other. What kind of operation are the two variable applying to each other. Add they multiplying each other or subtracting or adding or dividing.

Details about multiplying and dividing rational number involves modeling multiplying fractions by dividing squares to equal segments and then overlap the squares.

7 - 5 = 26 / 2 = 33 x 8 = 24

The question is worded so vaguely and awkwardly that no definitive answer is possible, and only a wild guess as to its meaning is possible. Are you adding the two fractions? Subtracting them? Multiplying them? Dividing one by the other? If you are adding them: x/y + x/y = 2x/y If you are subtracting them: x/y - x/y = 0 Multiplying them: (x/y)(x/y) = (x/y)2 = x2/y2 Dividing one by the other: (x/y) / (x/y) = (x/y)*(y/x) = 1

Multiplying and dividing two negatives does equal a positive. Adding two negatives equals a negative, but subtracting two negatives may or may not equal a positive. Ex. -2 * -4 = 8 -10/-2 = 5 -2+ -4 = -6 -4- -2 = -2 -2- -4 = 2

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