Standard form for a parabola:
( x - h )² = 4 p ( y - k )
Vertex: ( h, k ) = ( -4, 2 )
Displacement from vertex to focus:
p = 2/8 = 1/4
( x + 4 )² = 4 · 1/4 ( y - 2 )
y = ( x + 4 )² + 2
or general form:
x² + 8 x - y + 18 = 0
Answer:
Largest number is : 0.45
Step-by-step explanation:
0.45, 0.097, 0.375, 0.209
Here all numbers have first digit is 0.
So, look at the first decimal place from all decimal numbers.
4 from .45, 0 from .097, 3 from .375 and 2 from .209
Largest digit is 4
So, largest digit is 0.45
So, final answer is 0.45
I hope it will help you.
If you have any doubt, please leave a comment. I'll help you.
Answer:
Perron–Frobenius theorem for irreducible matrices. Let A be an irreducible non-negative n × n matrix with period h and spectral radius ρ(A) = r. Then the following statements hold. The number r is a positive real number and it is an eigenvalue of the matrix A, called the Perron–Frobenius eigenvalue.
To find the perfect square needed, you take the "middle" value and half it, then square it. so in this case, take -6, half it into 3, and square it to get 9. you'll be adding 9 to both sides
