If the number of positive numbers is greater than the number of negative numbers, the program will print "MORE POSITIVE" and vice versa. The program will also print "SAME" if the number of positive numbers equals with the number of negative numbers. The zero integer is a non-positive and non- negative number, its input is ignored. Input 8 integer numbers Output Message MORE POSITIVE, MORE NEGATIVE or SAME Start numPos= 0, numNeg=0 pos=0, neg=0 [numpos, numNeg] = numPosNeg(pos, neg) numPos-numNeg False Print "MORE POSITIVE" numpos > numNeg False Print "MORE NEGATIVE End Figure 2(a): Main flowchart with output True True Print "SAME" True True NumPosNeg (pos, neg) count=1 Read num num = 0 num > 0 False neg=neg +1 count = count + 1 count <= 8 False Return pos, neg Figure 2(b): Subroutine False True pos-pos + 1
If the number of positive numbers is greater than the number of negative numbers, the program will print "MORE POSITIVE" and vice versa. The program will also print "SAME" if the number of positive numbers equals with the number of negative numbers. The zero integer is a non-positive and non- negative number, its input is ignored. Input 8 integer numbers Output Message MORE POSITIVE, MORE NEGATIVE or SAME Start numPos= 0, numNeg=0 pos=0, neg=0 [numpos, numNeg] = numPosNeg(pos, neg) numPos-numNeg False Print "MORE POSITIVE" numpos > numNeg False Print "MORE NEGATIVE End Figure 2(a): Main flowchart with output True True Print "SAME" True True NumPosNeg (pos, neg) count=1 Read num num = 0 num > 0 False neg=neg +1 count = count + 1 count <= 8 False Return pos, neg Figure 2(b): Subroutine False True pos-pos + 1
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...
Related questions
Question
Transcribed Image Text:num
5
13
-4
0
9
2
11
-9
Complete the tracing table in Table 2 if the input data is
num=0 num>0 numPos numNeg pos neg
5, 13, -4, 0, 9, 2, 11, -9
Table 2: Tracing table
count
count <=
10
numPos =
numNeg
numPos >
numNeg
Output
![Flowcharts in Figure 2(a) with subroutine in Figure 2(b) are used to read 8 integer values by the user.
If the number of positive numbers is greater than the number of negative numbers, the program will
print "MORE POSITIVE" and vice versa. The program will also print "SAME" if the number of positive
numbers equals with the number of negative numbers. The zero integer is a non-positive and non-
negative number, its input is ignored.
Input 8 integer numbers
Output
Message MORE POSITIVE, MORE NEGATIVE or SAME
Start
numPos = 0, numNeg=0
pos= 0, neg=0
[numpos, numNeg] =
numPosNeg(pos, neg)
numPos-numNeg
False
Print
"MORE
POSITIVE"
numPos > numNeg
False
Print "MORE
NEGATIVE"
End
Figure 2(a): Main flowchart with output
True
True
Print
"SAME"
True
True
NumPosNeg (pos, neg)
count=1
Read num
num = 0
num > 0
False
neg=neg +1
count = count + 1
count <= 8
False
Return pos, neg
Figure 2(b): Subroutine
False
True
pos-pos + 1](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff0d6b599-0843-4b57-b8c1-374b65e67892%2F46a6f116-f658-47a8-ae52-fee0c265806b%2Fp4m0usqy.bmp&w=3840&q=75)
Transcribed Image Text:Flowcharts in Figure 2(a) with subroutine in Figure 2(b) are used to read 8 integer values by the user.
If the number of positive numbers is greater than the number of negative numbers, the program will
print "MORE POSITIVE" and vice versa. The program will also print "SAME" if the number of positive
numbers equals with the number of negative numbers. The zero integer is a non-positive and non-
negative number, its input is ignored.
Input 8 integer numbers
Output
Message MORE POSITIVE, MORE NEGATIVE or SAME
Start
numPos = 0, numNeg=0
pos= 0, neg=0
[numpos, numNeg] =
numPosNeg(pos, neg)
numPos-numNeg
False
Print
"MORE
POSITIVE"
numPos > numNeg
False
Print "MORE
NEGATIVE"
End
Figure 2(a): Main flowchart with output
True
True
Print
"SAME"
True
True
NumPosNeg (pos, neg)
count=1
Read num
num = 0
num > 0
False
neg=neg +1
count = count + 1
count <= 8
False
Return pos, neg
Figure 2(b): Subroutine
False
True
pos-pos + 1
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