Answer:
13y+15
Explanation:
4y-2.5+ 4y-2.5+ 2.5y+10+ 2.5y+10=13y+15
Y = x^2 - 6y + 8
y = (x - 3)^2 - 9 + 8
y = (x -3 )^2 - 1
vertex is at ( 3, -1)
Answer:
g = h(s-p)
Step-by-step explanation:
- find the variable of interest — It is in the numerator of one of two terms on the right side of the equation
- subtract every term on that side not containing the variable — subtract p to get s-p = g/h
- multiply by the inverse of the coefficient of the variable of interest — the coefficient is 1/h, so we multiply by h to get ... h(s-p) = g
- rearrange to the desired form. Here, it is probably OK to leave the parentheses and to simply put g on the left
g = h(s -p)
In order to find this you have to replace any x with zero therefore we will have
3 - (2*0) => 3-0 = 3
so the answer is 3
A path that uses each edge of a graph exactly once and ends at the starting vertex
Step-by-step explanation:
- Euler path - uses every edge of a graph exactly once
- Euler circuit - uses every edge of a graph exactly once
- Euler path - starts and ends at different vertices
- Euler circuit - starts and ends at the same vertex
