There's an error in your version of the function. Compare yours to the original post.
Consider what happens to this function as x becomes increasingly large:
the denominator grows quickly and without bound. The numerator stays the same. In such a situation, the function goes to zero as x increases. Thus, y = 0 is the horiz. asympt. The denom. is never zero, so there are no vert. asymp.
Find the possible rational roots and use synthetic division to find the first zero.
I chose x=1 (which represents the factor "x-1")
1║2 -7 -13 63 -45
║ 2 -5 -18 45
2 -5 -18 45 0
(x-1) is a factor, (2x³ - 5x² - 18x + 45) is the other factor.
Use synthetic division on the decomposed polynomial to find the next zero.
I chose x = 3 (which represents the factor "x-3")
3║2 -5 -18 45
║ 6 3 -45
2 1 -15 0
Using synthetic division, we discovered that (x-1), (x-3), & (2x² + x -15) are factors. Take the new decomposed polynomial (2x² + x -15) and find the last two factors using any method.
Final Answer: (x-1)(x-3)(x+3)(2x-5)
Answer:
16.34
Step-by-step explanation:
Is pythagoreons Theron
256 + 11.25 = c squared
267.25 = c squared
16.34 equals approximately c
In a decimal it is 0.70 and in a percent it is 70%
Answer:
40 minutes
Step-by-step explanation:
Range = the highest value - the lowest value
= 45 mins - 5 mins = 40 mins