Solve the following: (1) g(x)=tan(x³), find g'(x); (2) h(x)= (sin(3x))/2x, find h(x); (3) m(x) = In (Tan-¹x), find m'(x) (4) Find Dy(x) given y(x), if Dy(x) = y(x) (5) Find D2y(x) given y(x), if D2y(x)=y"(x)

Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Question
Solve the following:
(1) g(x) = tan(x³), find g(x);
(2) h(x) = (sin(3x))/2x, find h"(x);
(3) m(x) = In(Tan-¹x), find m'(x)
(4) Find Dy(x) given y(x), if Dy(x) = y(x)
(5) Find D2y(x) given y(x), if D2y(x) = y"(x)
Script
1% Initialize the variable and the functions
2
3 %Set your g(x) ad h(x) and m(x)
4 g(x) =
5 h(x) =
6 m(x) =
7% Find the derivative of g(x). save answer as gp(x);
8 gp(x) =
9% Find the second derivative of h(x). save answer as hpp(x);
10 hpp(x) =
11 % Find the derivative of m(x). save answer as mp(x);
12 mp(x) =
13 % Find the derivative of y and
14 Dy(x)=
15 % Find the derivative of y and set it as D2y(x)
16 D2y(x)=
Assessment:
Functions
Functions Used
Declaration
Declaration
Declaration
Solving
Solving
Solving
Solving
Solving
set it as Dy(x)
Save C Reset
MATLAB Documentation
▶ Run Script
?
Submit ?
?
Transcribed Image Text:Solve the following: (1) g(x) = tan(x³), find g(x); (2) h(x) = (sin(3x))/2x, find h"(x); (3) m(x) = In(Tan-¹x), find m'(x) (4) Find Dy(x) given y(x), if Dy(x) = y(x) (5) Find D2y(x) given y(x), if D2y(x) = y"(x) Script 1% Initialize the variable and the functions 2 3 %Set your g(x) ad h(x) and m(x) 4 g(x) = 5 h(x) = 6 m(x) = 7% Find the derivative of g(x). save answer as gp(x); 8 gp(x) = 9% Find the second derivative of h(x). save answer as hpp(x); 10 hpp(x) = 11 % Find the derivative of m(x). save answer as mp(x); 12 mp(x) = 13 % Find the derivative of y and 14 Dy(x)= 15 % Find the derivative of y and set it as D2y(x) 16 D2y(x)= Assessment: Functions Functions Used Declaration Declaration Declaration Solving Solving Solving Solving Solving set it as Dy(x) Save C Reset MATLAB Documentation ▶ Run Script ? Submit ? ?
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