Algorithm (Basic Algorithm Presentation).pptx

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The document explains computational thinking, defining it as solving problems like a computer scientist using techniques such as decomposition, pattern recognition, abstraction, and algorithms. It describes algorithms as processes or sets of rules for problem-solving, emphasized in computer science as essential for programming. Examples are provided, illustrating how algorithms are used in daily tasks and the steps involved in writing computer programs.

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Algorithm (Basic Algorithm Presentation).pptx

Computational Thinking
 Computational thinking means thinking or solving problems like a computer
scientist.
 There are four key techniques to computational thinking:
 Decomposition
 Pattern Recognition
 Abstraction
 Algorithm

Computational Thinking
 Pattern recognition:
 Looking for similarities among and within problems.
 Abstraction:
 Focusing on the important information only, ignoring irrelevant detail.

Decomposition
 The process of breaking down a complex problem into smaller, simple and
easy to manage parts.
 We do many tasks on a daily without even thinking about or decomposing
them, such as getting ready to school, finishing school work
 Breaking the problem down into smaller parts means that each smaller
problem can be examined in more detail.

What is Algorithm?
 An algorithm is a process or set of rules to be followed in calculations or other
problem-solving operations, especially by a computer.
 It is a set of rules to obtain the expected output from the given input.

 An algorithm is simply a set of steps used to complete a specific task

Algorithm Around Us
 Algorithms are everywhere around us.
 We humans follow and perform daily tasks in the form of algorithms without
knowing that they are algorithms.
 One of the most obvious examples of an algorithm is a recipe. It’s a finite list of
instructions used to perform a task.
 Example: making tea, cross the road

Algorithm in Computer Science
 Algorithm are one of the four cornerstones of computational thinking.
 Algorithmic programming is all about writing a set of rules with a finite number
of steps that instruct the computer how to perform a task.
 A computer program is essentially an algorithm that tells the computer what
specific steps to execute, in what specific order, in order to carry out a
specific task.

Algorithm in Computer Science
 An algorithm are written using a particular syntax, depending on the
programming language being used.

Algorithm in Computer Science
 Find the product of two numbers.
 Find the number 1.
 Find the number 2.
 What is operator?
 Where to store the result?

Algorithm in Computer Science
 Find the product of two numbers.
 Enter number 1
 Store number 1 in x
 Enter number 2
 Store number 2 in y
 Multiple x & y
 Store result in z (z=x*y)
 Display number
Note: now these instructions can be easily translated into computer program

What is Computer Program?
 In computer program, a sequence of instructions is given to computer to solve a
specific problem.
 Computer programs consist of a series of instructions to tell a computer exactly what to
do and how to do it.
 Programing:
 Programing is writing computer code to create a program, in order to solve a
problem.
 Code:
 Code is the process of translating an algorithm into a programming language.

Algorithm in Computer Science
 Solve: 8+9*7+2(9-3)
 Write a computer program that ensures that everyone who is under 15 years
of age will get discount.

Algorithm
 Algorithm:
 Find out how old the person is
 If the person is younger than 15 then say “You are eligible for a discount
ticket”
 Otherwise, say “you are not eligible for a discount ticket”

Program
 Program in syntax based language:
age = int(input(“How old are you”))
If age < 15:
print(“You are eligible for discount”)
else:
print(“you are not eligible for discount”)

Write a program that can find the sum of three numbers and
print the results

Computational thinking involves problem-solving akin to that of a computer scientist, utilizing techniques such as decomposition, pattern recognition, abstraction, and algorithms. Algorithms are essential in both daily tasks and computer programming, where they serve as finite sets of instructions that guide the computer's operations. Programming translates these algorithms into a programming language to create computer programs that solve specific problems.

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Algorithm (Basic Algorithm Presentation).pptx

2. TOPIC ALGORITHM

3. Computational Thinking  Computational thinking means thinking or solving problems like a computer scientist.  There are four key techniques to computational thinking:  Decomposition  Pattern Recognition  Abstraction  Algorithm

4. Computational Thinking  Pattern recognition:  Looking for similarities among and within problems.  Abstraction:  Focusing on the important information only, ignoring irrelevant detail.

5. Decomposition  The process of breaking down a complex problem into smaller, simple and easy to manage parts.  We do many tasks on a daily without even thinking about or decomposing them, such as getting ready to school, finishing school work  Breaking the problem down into smaller parts means that each smaller problem can be examined in more detail.

6. What is Algorithm?  An algorithm is a process or set of rules to be followed in calculations or other problem-solving operations, especially by a computer.  It is a set of rules to obtain the expected output from the given input.   An algorithm is simply a set of steps used to complete a specific task

7. Algorithm Around Us  Algorithms are everywhere around us.  We humans follow and perform daily tasks in the form of algorithms without knowing that they are algorithms.  One of the most obvious examples of an algorithm is a recipe. It’s a finite list of instructions used to perform a task.  Example: making tea, cross the road

8. Algorithm in Computer Science  Algorithm are one of the four cornerstones of computational thinking.  Algorithmic programming is all about writing a set of rules with a finite number of steps that instruct the computer how to perform a task.  A computer program is essentially an algorithm that tells the computer what specific steps to execute, in what specific order, in order to carry out a specific task.

9. Algorithm in Computer Science  An algorithm are written using a particular syntax, depending on the programming language being used.

10. Algorithm in Computer Science  Find the product of two numbers.  Find the number 1.  Find the number 2.  What is operator?  Where to store the result?

11. Algorithm in Computer Science  Find the product of two numbers.  Enter number 1  Store number 1 in x  Enter number 2  Store number 2 in y  Multiple x & y  Store result in z (z=x*y)  Display number Note: now these instructions can be easily translated into computer program

12. What is Computer Program?  In computer program, a sequence of instructions is given to computer to solve a specific problem.  Computer programs consist of a series of instructions to tell a computer exactly what to do and how to do it.  Programing:  Programing is writing computer code to create a program, in order to solve a problem.  Code:  Code is the process of translating an algorithm into a programming language.

13. Algorithm in Computer Science  Solve: 8+9*7+2(9-3)  Write a computer program that ensures that everyone who is under 15 years of age will get discount.

14. Algorithm  Algorithm:  Find out how old the person is  If the person is younger than 15 then say “You are eligible for a discount ticket”  Otherwise, say “you are not eligible for a discount ticket”

15. Program  Program in syntax based language: age = int(input(“How old are you”)) If age < 15: print(“You are eligible for discount”) else: print(“you are not eligible for discount”)

16. Write a program that can find the sum of three numbers and print the results

17. Write a program that can find the sum of three numbers and print the results

18. ‫!شکریہ‬ ‫کا۔۔۔‬ ‫توجہ‬ ‫کی‬ ‫آپ‬

Algorithm (Basic Algorithm Presentation).pptx

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