To solve, use the distance formula:

. Using your values of x and y, you get

, which is approximately 9.22. This means your shortest distance is √85≈9.22
Answer:
My guess is B
Step-by-step explanation:
Sorry if im wrong, good luck!
The two factors of a quadratic equation can be multiplied to form the original equation. Let the missing term be a:
y² + 15y + 56 = (y + 7)(y + a)
y² + 15y + 56 = y² + (7 + a)y + 7a
We can now compare the coefficient of the like terms, either the one with y or the one without y, and find the value of a.
15 = 7 + a; a = 8
OR
56 = 7a; a = 8
Second factor is (y + 8)
Answer:
The equation has infinity solutions
Step-by-step explanation:
we have

Applying distributive property left side

Combine like terms

The linear equation of the left side is equal to the linear equation of the right side
Both lines are identical
therefore
Is a consistent dependent system
The equation has infinity solutions
Answer:
x2-4
Step-by-step explanation: