syms t x=(t^4-10*t^2+8*t+12) % Displacement x = - 107+81 + 12 V=diff(x) % Velocity v- 4- 201+8 a-diff(x,2) % Acceleration a. 127- 20 clear all t-13; display('displacement at t-1') x=t^4 - 10*t^2 + 8*t + 12 displacement at t-1 x = 11 display('Velocity at t-1') v-(4*t^3 - 20*t + 8) Velocity at t-1 V -8 display('Acceleration at t-1') Acceleration at t=1 a=12*t^2 - 20 a = -8
syms t x=(t^4-10*t^2+8*t+12) % Displacement x = - 107+81 + 12 V=diff(x) % Velocity v- 4- 201+8 a-diff(x,2) % Acceleration a. 127- 20 clear all t-13; display('displacement at t-1') x=t^4 - 10*t^2 + 8*t + 12 displacement at t-1 x = 11 display('Velocity at t-1') v-(4*t^3 - 20*t + 8) Velocity at t-1 V -8 display('Acceleration at t-1') Acceleration at t=1 a=12*t^2 - 20 a = -8
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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Interpret my solution in mathwork. Essay type is good. Thanks.
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syms t
2
x = - 102+ 81+ 12
3
x=(t^4-10*t^2+8*t+12) % Displacement
4
V=diff(x) % Velocity
v - 4- 20 +8
6
a-diff(x,2) % Acceleration
a = 122- 20
8
9
10
clear all
11
t-1;
12
display('displacement at t-1')
displacement at t-1
13
x=t^4 - 10*t^2 + 8*t + 12
x = 11
14
display('Velocity at t=1')
v=(4*t^3 - 20*t + 8)
15
Velocity at t=1
16
v- -8
17
18
display('Acceleration at t=1')
Acceleration at t=1
19
a=12*t^2 - 20
a = -8
script
Ln 19
Col 14
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