This worksheet provides a structured and self-led approach to learning how to cast data types to and from strings in Python. It helps beginners understand the purpose and practical applications of these conversions, enabling them to manipulate and process data effectively in their programs.

This worksheet is designed to help students understand the complete life cycle of a smartphone. It covers each stage of the phone’s journey, from the initial resource gathering and production processes to its use and eventual disposal or recycling. Students will gain insight into the environmental and ethical considerations involved in each phase and reflect on ways to contribute to a more sustainable lifecycle. Activity: Raw Materials Students will explore the raw materials needed for manufacturing smartphones, including metals, minerals, and plastics. They will identify where these resources are sourced. Task: Fill in the blanks or answer questions about the types of resources used and the challenges associated with their extraction. Manufacturing This section covers the processes involved in transforming raw materials into a finished product. Students will examine the steps of assembly, including the working conditions of factory workers and the cultural impact. Use and Maintenance Activity: Students will learn about the typical usage patterns of smartphones, including energy consumption and the lifespan of the device. Task: Answer questions related to how usage affects the phone’s performance and what maintenance practices can extend its life. End-of-Life Management Activity: Explore the various options for a phone’s end-of-life stage, including resale, donation, recycling, and disposal. Discuss the importance of responsible e-waste management. Materials Needed: Copies of the worksheet Pens or pencils Access to research materials

This worksheet is a self led activity for student to practice programming python on their chosen IDLE. These tasks are designed to introduce and reinforce the concept of sequencing in Python, gradually increasing in complexity as the student progresses. Each task builds upon the previous one, reinforcing the fundamental skills needed to understand and implement sequential execution in Python programs.

The following Worksheets Explains how to solve basic Algebraic equations before asking the student to solve both one sided and two sided equations.

This task provides a structured approach to learning conditional statements in Python, allowing beginners to practice and understand their usage effectively.