We have to find the GCD between 10, 16 and 4 and between x^5, x^4 and x^2
GCD (10,16,4) = 2
GCD (x^5,x^4,x^2) = x^2
So we divide all terms for 2x^2
Final result: 2x^2(5x^3-8x^2+2)
Answer:
I would say a millions dollars!
Step-by-step explanation:
Answer:
-8
Step-by-step explanation:
You just simplify
What do you mean, "solve"?
y = -4(x-2)² + 4
the line is a parabol with a maximum (2;4)
it's roots are -4(x-2)² + 4 = 0 => (x-2)² = 1 => x-2 = 1 => x = 3
=> x-2 = -1 => x = 1
symetrical axe: x = 2
is that all you need?
For a transition up you would add the number of h it’s of the transition to the y value and keep the x value the same
the transition would be (6, -5 + 1) = (6,-4)
draw the point at (6,-4) which would be one line above where the dot is now.
