<span>A(x, y) → (x - 3, y + 1)</span>
<em>I believe what you need to do is multiply 3 by each number.
To start, 3*584 is 1752. Expanded form written out would be (3*500)+(3*80)+(3*4). Simply multiply all the numbers and then add them together. 3*500=1,500; 3*80=240; 3*4=12. 1,500+240=1740+12=1752. Hope this helps! :)</em>
No, Leo's answer is not a product of prime polynomials because x2 – 1 can be factored. This is a difference of squares. He should continue factoring to get
(x – 1)(x + 1)(3x + 5).
Answer:
We can say that the given equation has no extraneous solutions.
The correct option is A.) 0
Step-by-step explanation:
the given equation is 
this equals to 
therefore 
Solving the equation through Newton-Raphson method we get n
2.3845.
We can say that the given equation has no extraneous solutions.