Pseudocode and flowchart to create a program to find the smallest and largest value among 100 numbers. Display an appropriate
message for the smallest and largest numbers.
mink = maxk = 1
max = min = num(1)
for i=2..100 do
if min < num(i) then {min = num(i) ; mink = i}
if max > num(i) then {max = num(i) ; maxk = i}
next i
print "maximum is num(maxk) = max"
print "minimum is num(mink) = min"
Sure! Here's a pseudocode and flowchart for a program that finds the smallest and largest value among 100 numbers:
Pseudocode:
1. Initialize variables: smallest = infinity, largest = -infinity
2. Repeat 100 times:
a. Read a number from the user
b. If the number is smaller than the current smallest, update smallest = number
c. If the number is larger than the current largest, update largest = number
3. Display the smallest and largest numbers along with appropriate messages
Flowchart:
[Start]
|
[Initialize smallest = infinity]
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[Initialize largest = -infinity]
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[Repeat 100 times]
|
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[Read number from user]
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[Check if number is smaller than smallest]
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[If yes, update smallest = number]
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[Check if number is larger than largest]
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[If yes, update largest = number]
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[Loop back]
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[Display smallest and largest with messages]
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[End]
I hope this helps! Let me know if you have any more questions.
Here is the pseudocode to create a program that finds the smallest and largest value among 100 numbers and displays an appropriate message for the smallest and largest numbers:
Pseudocode:
1. Initialize variables smallestNumber and largestNumber to the maximum and minimum possible values respectively.
2. Initialize a loop counter variable, i, to 1.
3. Start a loop that runs 100 times.
a. Prompt the user to enter a number.
b. Read and store the number in a temporary variable, currNumber.
c. If currNumber is less than smallestNumber, update smallestNumber with currNumber.
d. If currNumber is greater than largestNumber, update largestNumber with currNumber.
e. Increment the loop counter i by 1.
4. Print the smallestNumber and largestNumber along with appropriate messages.
Flowchart:
+---+
+-------| 1 |
| +---+
|
|
V
+---+
| i=1 |
+---+
|
|
V
+---+
| 2 |
+---+
|
|
V
+---+
| 3 |
+---+
|
|
V
+---+ Get number from user
| 4 |
+---+
|
|
V
+---+ Is currNumber < smallestNumber ?
| 5 |
+---+
| No
|--------+
| Yes
V
+---+ Is currNumber > largestNumber ?
| 6 |
+---+
| No
|--------+
| Yes
V
+---+
| 7 |
+---+
|
|
V
+---+ Increment i by 1
| 8 |
+---+
|
|
V
+---+ Is i <= 100 ?
| 9 |
+---+
| No
|--------+
| Yes
V
+---+
|10 |
+---+
|
|
V
+---+ Print smallestNumber and largestNumber with appropriate messages
|11 |
+---+
Note: The flowchart can be created with the help of flowchart symbols such as rectangles, diamonds, and arrows, representing different actions and decision-making points in the program.
Here's the pseudocode and flowchart to create a program that finds the smallest and largest value among 100 numbers and displays appropriate messages for both:
Pseudocode:
1. Initialize smallest and largest variables as None
2. For i in range(0, 100):
a. Read the number
b. If smallest is None or number < smallest:
i. Assign number to smallest
c. If largest is None or number > largest:
i. Assign number to largest
3. Display "Smallest number is: " + smallest
4. Display "Largest number is: " + largest
Flowchart:
[Start] --> [Initialize smallest and largest variables]
|
V
[Loop] --> [Read the number]
|
V
[Compare] --> [Check if number < smallest]
|
V
[Assign to smallest] --> [Compare if number > largest]
|
V
[Assign to largest] --> [Loop back]
|
V
[End Loop] --> [Display "Smallest number is: " + smallest]
|
V
[Display "Largest number is: " + largest]
|
V
[End]
To implement this program in a specific programming language, you just need to convert the pseudocode into the syntax of that language.