You can factor out 2x
2x(x -3)
1)
standard form
y=-6x^4 + x^2 +x
lead coefficient
-6
degree
4
constant i think
6x^4
end behavior
falls to the left and falls to the right
2)
standard form
it would stay the same
lead coefficient
2
degree
3
constant
2x^3
end behavior
falls to the left and rises to the right
Let, the numbers are: x, (x+2), (x+4)
Now, x+x+2+x+4 = -27
3x + 6 = -27
3x = -33
x = -11
So, (x+2)=-11+2 = -9, (x+4) = -11+4 = -7
In short, Your Final answer would be -7,-9 and -11
Hope this helps!
Answer:
We want to write the cost equation for the company.
First, we know that:
It cost $20 per box.
There is a fixed cost of $2300.
Then the only variable will be the number of boxes that they make.
Where the number of boxes is the independent variable (the company can decide the number of boxes that they make) and the dependent variable will be the cost (the cost changes as the number of boxes change).
Then we can write the cost equation as:
C(x) = $20*x + $2300.
Where x is our variable, the number of boxes made by the company.
Answer:
The optimal Hedge Ratio is 0.7305.
Step-by-step explanation:
Optimal Hedge ratio is given as
Here
- HR_optimal is the Hedge Ratio for the next 6 months which is to be calculated.
- ε_correlation is the correlation coefficient relating the assets and futures contract whose value is give as $0.86.
- σ_current is the standard deviation of the semiannual changes of the wheat which is given as $0.79
- σ_future is the standard deviation of the changes in the future over the same time period which is given as $0.93
So the Hedge Ratio is given as
So the optimal Hedge Ratio is 0.7305.