This code read a set of temperatures T(50), determine an average, and then calculate the deviation of each temperature about the average D(50). The deviation is defined as D(1)-T (1)- A Where, A represents the average temperature. For I 1 To 50 T(I)= InputBox(T) 1-. 2-.. Next 3-... 4-. 6-.. Next 1-s = s + T(1) 2-A = s/ 50 3-Blank 4-For 1 = 1 To 50 5-Blank 6-D(I) = T(1) - A 1-ss + T(I) 2-A = s/ 10 3-Blank 4-For I = 1 To 50 5-Blank 6-D(1) = T(1) - A 1-T(I)= T(I)+s 2-Blank 3-A = s/ 50 4-For 1 = 1 To 50 5-Blank 6-D(1) = T(1) - A 1-s = s + T(1) 2-Blank 3-A = s/ 50 4-For 1 = 1 To 50 5-Blank 6-D(1) = T(1) - A 1-ss + T(1) 2-Blank 3-A = s/ 50 4-Blank 5-Blank 6-D(I) = T(1) - A
This code read a set of temperatures T(50), determine an average, and then calculate the deviation of each temperature about the average D(50). The deviation is defined as D(1)-T (1)- A Where, A represents the average temperature. For I 1 To 50 T(I)= InputBox(T) 1-. 2-.. Next 3-... 4-. 6-.. Next 1-s = s + T(1) 2-A = s/ 50 3-Blank 4-For 1 = 1 To 50 5-Blank 6-D(I) = T(1) - A 1-ss + T(I) 2-A = s/ 10 3-Blank 4-For I = 1 To 50 5-Blank 6-D(1) = T(1) - A 1-T(I)= T(I)+s 2-Blank 3-A = s/ 50 4-For 1 = 1 To 50 5-Blank 6-D(1) = T(1) - A 1-s = s + T(1) 2-Blank 3-A = s/ 50 4-For 1 = 1 To 50 5-Blank 6-D(1) = T(1) - A 1-ss + T(1) 2-Blank 3-A = s/ 50 4-Blank 5-Blank 6-D(I) = T(1) - A
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
Transcribed Image Text:This code read a set of
temperatures T(50), determine an
average, and then calculate the
deviation of each temperature about
the average D(50). The deviation is
defined as D(1)-T (1)- A Where, A
represents the average temperature.
For I 1 To 50
T(I)= InputBox(T)
1-.
2-..
Next
3-...
4-.
6-..
Next
1-s = s + T(1) 2-A = s/ 50 3-Blank 4-For 1 =
1 To 50 5-Blank 6-D(I) = T(1) - A
1-ss + T(I) 2-A = s / 10 3-Blank 4-For I =
1 To 50 5-Blank 6-D(I) = T(1) - A
1-T(I)= T(I)+s 2-Blank 3-A = s/ 50 4-For 1 =
1 To 50 5-Blank 6-D(1) = T(1) - A
1-s = s + T(1) 2-Blank 3-A = s/ 50 4-For 1 =
1 To 50 5-Blank 6-D(1) = T(1) - A
1-s = s + T(1) 2-Blank 3-A = s/ 50 4-Blank
5-Blank 6-D(I) = T(1) - A
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