This equation has no horizontal asymptotes and has a vertical asymptote of x=pin
Answer:
Step-by-step explanation:
Given is a series as
Recall the expansion of
This expansion is valid for all real values of x.
Comparing this with our series we find that x =3
Hence the given series =
Thus we find that the given series can be recognized with the expansion of exponential series with powers of e and here we see that power of e is 3.
So the given Taylor series is equivalent to
Answer:
Step-by-step explanation:
Day of Week, x : 1 2 3 4 5 6 7
Number of Visitors, N(x): 71 84 91 92 87 76 59
To check whether it is linear
First difference
84-71 = 13
91-84=7
92-91=1
87-92=-5
To check whether it is quadratic
Second difference
7-13=- 6
1-7=-6
-5-1 =-6
So, It is quadratic
Now to find the equation :
General quadratic equation :
Day of Week, x : 1 2 3 4 5 6 7
Number of Visitors, N(x): 71 84 91 92 87 76 59
for x =1,
for x =2,
for x =3, 91 =
So, :a+b+c=71 ---1
4a+2b+c=84 ---2
9a+3b+c=91 ---3
Substitute the value of c from 1 in 2 and 3
4a+2b+71-a-b=84
3a+b=13 ---4
9a+3b+71-a-b=91
8a+2b=20 ---5
Substitute the value of b from 4 in 5
8a+2(13-3a)=20
8a+26-6a=20
2a=-6
a=-3
Substitute the value of a in 5
8(-3)+2b=20
-24+2b=20
2b=44
b=22
Substitute the values in 1
-3+22+c=71
19+c=71
c=52
Substitute the values in the general equation :
So, Option A is true
I think that $11 is correct. but am not entirely sure
If it if you have to tell you what I want you can I have a friend boy and I can do that I don’t want you have a good girl I’m not sure why I am not being rude and I’m sorry I didn’t know you where you are I don’t want to be rude you