f4-physics-pp1-ms-end-t2-teacher_co_ke
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DATE 07 Dec 2025
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SIZE 1.45 MB
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About This Document
Document Type: This is a Study Notes, designed for Reviewing core curriculum material.
Context: Standard material from the 2025 academic period.
Key Content: Likely covers essential definitions, scientific principles, and structured questions to test your proficiency.
Study Strategy: Summarize these notes into flashcards or mind maps to aid active recall and long-term retention.
Recommendation: comprehensive resource for students aiming to deepen their understanding of General Studies.
Detailed Content Overview
Introduction
This notes resource titled "f4-physics-pp1-ms-end-t2-teacher_co_ke" offers detailed study notes covering essential concepts and theories. This resource is structured to facilitate effective learning and retention of important information.
Key Topics Covered
Learning Objectives
- Understand fundamental principles and core concepts
- Build a strong foundation for advanced study
- Connect theoretical knowledge with practical applications
- Prepare comprehensively for assessments and exams
Detailed Summary
MARKING SCHEME Download this and other FREE materials from https://teacher. ke/notes 232/1 PHYSICS PAPER 1 (THEORY) END TERM 2 2025 JULY 2025 SECTION I (25 MARKS) 1. In an experiment to determine the density of liquid X a student obtained the following data: • Mass of density bottle 55. 0g • Mass of the density bottle + water = 80. 0g • Mass of the density bottle + liquid x = 70. 0g Determine the density of liquid X (Take density of water = 1000kgm^-3). (3 mks) Answer: Mass of water = 80. 0g Mass of liquid X = 70. 0g Volume of the bottle = mass of water / density of water = 25. 0 x 10^-3 kg / 1000kg/m^3 = 25. 0 x 10^-6 m^3 Density of X = mass / volume = 15. It is observed that when 20cm^3 of alcohol is mixed with 20cm^3 of water, the volume of the mixture is 39cm^3. State the reason why the volume of the mixture is not 40cm^3. (2 mks) Answer: Particles of alcohol fit into the spaces between the particles of water, leading to a decrease in total volume (intermolecular space reduction).
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Summarization
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Regular Review
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Content Preview
MARKING SCHEME Download this and other FREE materials from https://teacher.co.ke/notes 232/1 PHYSICS PAPER 1 (THEORY) END TERM 2 2025 JULY 2025 SECTION I (25 MARKS) 1. In an experiment to determine the density of liquid X a student obtained the following data: • Mass of density bottle 55.0g • Mass of the density bottle + water = 80.0g • Mass of the density bottle + liquid x = 70.0g Determine the density of liquid X (Take density of water = 1000kgm^-3). (3 mks) Answer: Mass of water = 80.0g - 55....
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