State the number of complex roots, the number of positive real roots and the number of negative real roots of x^4 - x^3 - 6x +3
2 answers:
You might be interested in
Answer:
second option: (4, 4) is the solution to both lines A and B.
Step-by-step explanation:
You know that the equation of line A is:
and the equation of line B is:
The point in which the line A intersects with the line B is the solution of the sytstem of equations.
You can observe in given graph that the point of intersection of Line A and Line B is: (4,4)
Therefore (4, 4) is the solution to both lines A and B.
1) Cancel out the common factor which in this case is 8
2)First apply exponent rule now cancel out the common factors which are n and n+7 leaving you with
3)Factorize cancel out the common factor in this case x+2 leaving you with
4) Factorize cancel out the common factor in this case 3w-1 leaving you with
5) In the picture
6)In the picture
I am REALLY tired sorry I wont be able to do the rest, I hope these are helpful :)
