Answer:

Step-by-step explanation:

This is written in the standard form of a quadratic function:

where:
- ax² → quadratic term
- bx → linear term
- c → constant
You need to convert this to vertex form:

where:
To find the vertex form, you need to find the vertex. For this, use the equation for axis of symmetry, since this line passes through the vertex:

Using your original equation, identify the a, b, and c terms:

Insert the known values into the equation:

Simplify. Two negatives make a positive:

X is equal to 3 (3,y). Insert the value of x into the standard form equation and solve for y:

Simplify using PEMDAS:

The value of y is -6 (3,-6). Insert these values into the vertex form:

Insert the value of a and simplify:

:Done
Answer:
Ben
Step-by-step explanation:
We know that pi is not rational and sqrt(2) is not rational
Ben: 0.435435. . ., 0.5, √25, 0
A repeating decimal can be written as a fraction and sqrt(25) = 5 so Ben has all rational numbers
Answer:
a m=0
Step-by-step explanation:
5(0)+1 = 0+1 = 1
1<4
hope this helps
You would use the formula nCr
n= 5 which is the number of letters available which are D E F G H
r= 4 sample of letters
you can easily plug into the calculator... or work with the formula!
5C4 = 5
so there are 5 combinations
Answer:
603??? But I have no idea so don’t type this in