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Forwarded from Self Taught Developers (βFaithβ)
Tomorrow, I have a mid-exam, and I have been at the library π. When I got tired π΄, I drew π§βπ¨ these and went to my dorm. Rate my art; I know I'm not that good, but I'm trying.π€
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JIT CAMPUS
Dear Class Representatives,
The midterm exam is tentatively scheduled for Miyazia 8, 2018 (April 16, 2026).
Please share this information with your classmates & everyone can prepare accordingly.
Sewayehu T.
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Hey, future coding wizards! π Are you ready to dive into the world of programming? Join my premium channel, where we explore C++ together through engaging discussions!
π¬ Instead of just teaching, I want to hear from you! Share the topics you find challenging, and Iβll explain them one by one. This interactive method ensures that you grasp concepts fully and feel confident in your coding journey. πͺ
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C++ Basic 2018 (Batch-2)
π Unlock the Power of C++ with 'Programming with Faith'! π Hey, future coding wizards! π Are you ready to dive into the world of programming? Join my premium channel, where we explore C++ together through engaging discussions! π¬ Instead of just teachingβ¦
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To excel in questions like this, you should first understand the problem.
ββ Algorithm Representation
An algorithm can be represented using both flowcharts and pseudocode.
β’ Flowchart: This represents the algorithm using various shapes:
β Oval for Start/End
β Rectangle for Operations
β Parallelogram for Input/Output
β Diamond for Decision-making
β’ Pseudocode: This represents the algorithm using text-based instructions, similar to English words.
βHint
To compare three numbers, we should first accept input from the user.
βPseudocode
Flowchart
1. Start: Use an oval shape to represent the start of the process.
2. Input: Use a parallelogram to indicate where the user inputs three numbers (X, Y, Z).
3. Decision (Diamond): Use a diamond shape for the first comparison (Is X > Y?).
β Yes: If true, go to another decision diamond (Is X > Z?).
βͺ Yes: Print "X is the largest" (parallelogram).
βͺ No: Print "Z is the largest" ( parallelogram).
β No: Go to the next decision diamond (Is Y > Z?).
βͺ Yes: Print "Y is the largest" (parallelogram).
βͺ No: Print "Z is the largest" (parallelogram).
4. End: Use an oval shape to represent the end of the process.
@ProgrammingWithFaith2018
ββ Algorithm Representation
An algorithm can be represented using both flowcharts and pseudocode.
β’ Flowchart: This represents the algorithm using various shapes:
β Oval for Start/End
β Rectangle for Operations
β Parallelogram for Input/Output
β Diamond for Decision-making
β’ Pseudocode: This represents the algorithm using text-based instructions, similar to English words.
βHint
To compare three numbers, we should first accept input from the user.
βPseudocode
Step 1: Start
Step 2: Input three numbers X, Y, and Z
Step 3: If X > Y then go to Step 5.
Step 4: If Y > Z then
Print "Y is the largest"
Else
Print "Z is the largest"
ENDIF
Go to Step 6
Step 5: If X > Z then
Print "X is the largest"
Else
Print "Z is the largest"
ENDIF
Step 6: Stop
Flowchart
1. Start: Use an oval shape to represent the start of the process.
2. Input: Use a parallelogram to indicate where the user inputs three numbers (X, Y, Z).
3. Decision (Diamond): Use a diamond shape for the first comparison (Is X > Y?).
β Yes: If true, go to another decision diamond (Is X > Z?).
βͺ Yes: Print "X is the largest" (parallelogram).
βͺ No: Print "Z is the largest" ( parallelogram).
β No: Go to the next decision diamond (Is Y > Z?).
βͺ Yes: Print "Y is the largest" (parallelogram).
βͺ No: Print "Z is the largest" (parallelogram).
4. End: Use an oval shape to represent the end of the process.
@ProgrammingWithFaith2018
β€6