Answer:
1
Step-by-step explanation:

Order of operations is () ^ * / + -



Answer: right side = as x → ∞, y → -∞ & left side = as x → -∞, y → -∞
<u>Step-by-step explanation:</u>
To find end behavior, we need to evaluate 2 things: Sign of the leading coefficient and Degree of the function.
Sign: Determines the end behavior of the right side.
- Positive: right side goes to positive infinity
- Negative: right side goes to negative infinity
Degree: Determines the end behavior of the left side
- Odd: left side is opposite of right side
- Even: left side is same as right side
f(x) = -4x⁶ + x² - 52
1. Sign is negative so right side goes to negative infinity (as x → ∞, y → -∞)
2. Degree is even so left side is the same as right side so it also goes to negative infinity (as x → -∞, y → -∞)
The answer is ERROR i tried it by hand and by calculator and both answers ended up as ERROR
Answer:
it must also have the root : - 6i
Step-by-step explanation:
If a polynomial is expressed with real coefficients (which must be the case if it is a function f(x) in the Real coordinate system), then if it has a complex root "a+bi", it must also have for root the conjugate of that complex root.
This is because in order to render a polynomial with Real coefficients, the binomial factor (x - (a+bi)) originated using the complex root would be able to eliminate the imaginary unit, only when multiplied by the binomial factor generated by its conjugate: (x - (a-bi)). This is shown below:
where the imaginary unit has disappeared, making the expression real.
So in our case, a+bi is -6i (real part a=0, and imaginary part b=-6)
Then, the conjugate of this root would be: +6i, giving us the other complex root that also may be present in the real polynomial we are dealing with.
Answer:
2.915 × 10^9
Step-by-step explanation:
you count the from right to left since its a positive number until you get one number in front. That's where you place your decimal. Since there's 9 numbers behind the 2 it will be 10 to the power of 9.