y = x2 + 2mx + n complete the square y + m2 = x2 + 2mx + m2 + n = (x + m)2 + n (x + m)2 = y + m2 - n x + m = √(y + m2 - n) x = -m + √(y + m2 - n)
2n + 4m - 2n + m = 5m
510 cm or 5.10 m
If you mean: m +Y = w then the value of m = w -Y
(m-2)/(m+2) * m/(m-1) = [(m-2)*m]/[(m+2)*(m-1)] = (m2 - 2m)/m2 + m - 2)
If: m = n+x/p then x = p(m-n)
Measurable/ Make your goal able to be Measured.
1 + m is the simplest expression you can make for this problem.
It is 4m.
y = x2 + 2mx + n complete the square y + m2 = x2 + 2mx + m2 + n = (x + m)2 + n (x + m)2 = y + m2 - n x + m = √(y + m2 - n) x = -m + √(y + m2 - n)
3m.
10 + 16m Don't make it harder than it is.
Paul M. Chirlian has written: 'Programming in C[plus plus]' 'Analysis and design of integrated electronic circuits' -- subject(s): Integrated circuits 'Turbo PROLOG'
12.753 m
510 cm or 5.10 m
6m + m + m + 4y + n + y + 12 + 2n Group like terms: 6m + m + m + 2n + n + 4y + y + 12 Add: 8m + 3n + 5y + 12
m= -77/5