Let the numbers be 'm' & 'n'
Hence
mn = 51 (Multiplication)
m + n = -16 (Addition)
Algebraically rearrange
m = -16 -n
Ssubstitute
(-16-n) n = 51
-16n - n^2 = 51
n^(2) + 16n + 51 = 0 ( It is now in Quadratic form to solve).
Complete the Square
(n + 8)^2 - 8^(2) = -51
(n + 8)^2 = -51 + 64 = 13
Square root both sides
n + 8 = +/-sqrt(13)
n + 8 = +/- 3.60555....
n = -13.60555.... & -4.39444.... Are the two number.
Let's say you want to multiply something by 51%. You multiply 51 by 0.01, which gives you 0.51. So you're equation would be: (NUMBER) x 0.51.
1/3 + 2/17need common denominator to add fractions and with this oddball just multiply 3 * 17 = 51 and use form of one to get fractions into order17*1/17*3 + 3*2/3*1717/51 + 6/51= 23/51=======simplest form
To find what can be added to 51 to equal 180, you would subtract 51 from 180. This would give you 129. Therefore, 129 can be added to 51 to equal 180.
Only 51. (51 = 3 x 17)
{x+y=51, x-y=26} x=38.5 y=12.5
51
54
16, 17, and 18
54
1x51=51
-37
-51
Just add the numbers. Then divide the result by "how many numbers are there", in this case, 6.
Oh, what a happy little question! To find two numbers that multiply to 51, we can think of them as friends working together. In this case, the numbers 3 and 17 come together beautifully to make 51. Just like how different colors blend on our palette to create a masterpiece, these numbers combine perfectly to give us 51.
The prime factors of 51 are 3 and 17.
12, 16 and 23 is one possible triplet.
-15.299999999999999