Hey guys, I'm struggling on Taylor Polynomial problems. Any help would be awesome: Section 11.11 ...
Hey guys, I'm struggling on Taylor Polynomial problems. Any help would be awesome: Section 11.11 – (Not in the book) Find the Taylor Polynomial T10(x) for the function f(x) centered at the number a. Graph f(x) and T10(x) on the same xy-plane between −2 ≤ x ≤ 2. Use the Taylor Polynomial to find the y-value when x =1 and compare that with the actual y-value for f(x) when x = 1.
f(x) = e^x^2 centered at a = 0
**The 10 in T10 is supposed to be a subscript.**
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Hey guys, I'm struggling on Taylor Polynomial problems. Any help would be awesome: Section 11.11 ...
Hey guys, I am struggling with this problem. I dont know where to begin with. I...
Hey guys, I am struggling with this problem. I dont know where
to begin with. I have to make a model in excel for this problem and
solve from A to D. Can someone help me solving this problem by
showing each step please ? I would really apprecite it. PS: please
make to put a clear picture and a good explanation about the answer
you come up with.
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Euler's method is based on the fact that the tangent line gives a good local approximation for the function. But why restrict ourselves to linear approximants when higher degree polynomial approximants are available? For example, we can use the Taylor polynomial of degree about = No, which is defined by P.(x) = y(x) + y (xo)(x – Xa) + 21 (x- This polynomial is the nth partial sum of the Taylor series representation (te) (x –...
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sub-problems to solve but I figured only 4 of them can be solved in
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them out as well :)
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Will rate!!
Only need help on problems that do NOT involve R simulation
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Will rate!! Show good work plz! Only need help on problems that do NOT involve R...
Will rate!!
Show good work plz!
Only need help on problems that do NOT involve R
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Hey guys, I am struggling with this problem. I dont know where
to begin with. I have to make a model in excel for this problem and
solve from A to D. Can someone help me solving this problem by
showing each step please ? I would really apprecite it. PS: please
make to put a clear picture and a good explanation about the answer
you come up with.
Problem 4 (6 points Baseball umpiring crews are currently in four...
I need help solving these problems
1. Suppose that y= a (x-1)" is the power series solution of the following initial value problem. x-y+2y=0; y(t) = -2, y(1)=1 Find the value of az. 2. Suppose that y=0(x) is the solution of the following initial value problem. y" + xy - (sinx)y=0; y(0)=1, 7(0) = 3 Find the value of (0) 3. Let p be the radius of convergence for the Taylor series of the following rational function centered at the...
dont ans this question
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Hey guys I need help with this assignment. However it contains 7
sub-problems to solve but I figured only 4 of them can be solved in
one post so I posted the other on another question so please check
them out as well :)
Here is the questions in this assignment:
Note: Two helper functions Some of the testing codes for the functions in this assignment makes use of the print_dict in_key_order (a dict) function which prints dictionary keyvalue pairs...
Hey guys I need help with this question with 3 sub-problems.
f test remove short synonyms () Define the remove shorti synonyms function which is passed a dictionary as a parameter- The keys of the parameter dictionary are words and the corresponding values are 1ists of synonyms (synonyms are words which have the same or nearly the same meaning). The function romoves all the eynonyme which have ous than 8 charactors from each corresponding list of synonyms-As well, the funet...
Will rate!!
Only need help on problems that do NOT involve R simulation
Part 3. (13 polnts) SImulatlon of Gamma Random Varlables Background: When we use the probablity denslty function to find probabiltles for a random varlable, we are using the density function as a model. This Is a smooth curve, based on the shape of observed outcomes for the random varlable. The observed distribution will be rough and may not follow the model exactly. The probabillty density curve, or...
Will rate!!
Show good work plz!
Only need help on problems that do NOT involve R
simulation
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