OBJECTIVE:-

By the end of the chapter, students will be able to explain:-

• Types of Operators in Python
• Assignment Operator
• Rational Operators
• Logical Operators
• Operator Preferences
• Algorithm
• Flowchart
• Conditional Statements in Python
• Types of Control Structures

LESSON PLAN 

(PERIOD-WISE DISTRIBUTION) OF COURSE

Period Allotted (2 Theory +1 Practical)

Period 1:-  Begin the lesson by explaining the importance of operators in programming and their role in performing various operations on data. Provide real-life examples to illustrate the concept of operators (e.g., addition, subtraction, comparison). Discuss the benefits of using operators in programming. Introduce the basic arithmetic operators: + (addition), (subtraction), (multiplication), / (division), % (modulus), and** (exponentiation). Demonstrate the usage of each operator with examples on the board or projector. Encourage students to try out the examples on their computers to reinforce their understanding. Explain the comparison operators: == (equal to), != (not equal to), > (greater than), < (less than), >= (greater than or equal to), <= (less than or equal to).

Period 2:-   Explain the concept of conditional statements as a way to make decisions in programs. Introduce the syntax of conditional statements using if, elif, and else. Provide examples to demonstrate the usage of conditional statements.

Introduce the concept of elif (else if) statements. Explain how multiple conditions can be evaluated using elif statements. Provide examples and discuss the flow of execution. Explain flowchart. Demonstrate the usage of loops (for and while) to iterate through a list. Provide examples to solidify the understanding of lists and loops. Discuss the importance of indentation and the use of a colon (:) to indicate the beginning of a block of code. Introduce the concept of elif (else if) statements. Explain how multiple conditions can be evaluated using elif statements.

Period 3 (Practical):-   1. Assign a small project or problem-solving task that requires the application of operators, conditional statements, and data structures.

2. Allow students to work individually or in groups to complete the project.

3. Encourage creativity and problem-solving skills.

4. Provide guidance and support as needed.

Notes:- The duration of each session may vary depending on the pace of the class and the level of student engagement. Feel free to adjust the timings and activities as needed.

Let’s Power Up Your Project!

1.Python Operators -  This activity contains learning how to use operators like +, -, *, / for arithmetic and ==, >, < for comparisons in Python.

2. Python Conditions If statementsThis activity contains learning how to use the if statement to run code only when a specific condition is true.It helps control the program flow by checking conditions before executing certain actions.

3.Python Conditions Elif - This activity contains learning how to use the elif statement to check multiple conditions after an initial if. It helps create more complex decision-making structures by evaluating several possibilities in order.

4. Python Conditions ElseThis activity contains learning how to use the else statement to define a default action when if and elif conditions are not met. It helps ensure the program has a fallback response when no specific condition is true.