X x Y = -48 and X + Y =9
So X = 9 - Y then (9 - Y) x Y = -48
then -YxY + 9 x Y = -48 or YxY - 9 Y - 48 = 0 (rewritten)
Then use discriminant, Delta = (-9)x(-9) - 4 x 1 x -48 = 273
So
Y = (9 - sqrt(273)) / 2 and X = 9 - Y = 9 - ((9 - sqrt(273)) / 2
OR
Y = (9 + sqrt(273)) / 2 and X = 9 - Y = 9 - ((9 + sqrt(273)) / 2
15 and -6
33
They are: 7 times 7 = 49
multiplied to seventy and add to nine is impossible, but add up to 9 and multiplied to -70, or add up to -9 and multiplied to 70 are possible. In that case, 14 and -5 would do it (or -14 and 5)
234,567,8910,.......upto infinity
15 and -6
33
No two numbers that can be completely written down with digits can be added, subtracted, multiplied, or divided to equal PI. If they could be divided to equal PI, then PI would be a rational number. But it isn't.
They are: 7 times 7 = 49
They are: 3*3 = 9
I believe that the numbers One and Nine fit the bill as they would be 1x9= 9 and 1+9=10.
The square root of 9 is the number which, when multiplied by itself, equals nine. There are two numbers which, when squared, equal nine: positive three and negative three. Depending on the context of the question, one of the numbers may not make sense as an answer, or they both may work as answers.
multiplied to seventy and add to nine is impossible, but add up to 9 and multiplied to -70, or add up to -9 and multiplied to 70 are possible. In that case, 14 and -5 would do it (or -14 and 5)
234,567,8910,.......upto infinity
The answer to 25 divided by 3 multiplied by 387 multiplied by nine squared is 123,525.
40 multiplied by 9 is equal to 360. This calculation involves multiplying the two numbers together using the multiplication operation. In this case, you are essentially adding 40 nine times, which results in the product of 360.
9/2 + 9/2