physics-f3t1-2024-ms-teacher.co_.ke
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DATE 07 Dec 2025
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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 2024 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.
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Introduction
This notes resource titled "physics-f3t1-2024-ms-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 END OF TERM 1 2024 Download this and other FREE materials from https://teacher. NO……………………CLASS………… SECTION A (50 MARKS) 1. Define the term Relative density (1 mk) RD= mass of substance OR density of substance Mass of an equal volume of water density of water 2. The mass of a 35cm 3 of a metal was found to be 0. Calculate the density of the metal in SI Units. A rectangular brick of weight 24 N, measures 60 cm × 20 cm × 30 cm. calculate the values of (i) the maximum (ii)minimum pressures which the block exert when resting on a horizontal table. 06 cm2 1mk Download this and other FREE revision materials from https://teacher. ke/notes pressure max = Force minimum area Download this and other FREE materials from https://teacher. ke/notes = 24 1mk = 40Nm-2 1mk 0. 06 Pressure min = Force Max area =13. State Hookes law (1mk) For a helical spring or other elastic material, the extension is directly proportional to the stretching force provided the elastic limit is not exceeded.
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Marking scheme END OF TERM 1 2024 Download this and other FREE materials from https://teacher.co.ke/notes PHYSICS. FORM 3 NAME…………………………………………………….. ADM. NO……………………CLASS………… SECTION A (50 MARKS) 1.Define the term Relative density (1 mk) RD= mass of substance OR density of substance Mass of an equal volume of water density of water 2. The mass of a 35cm 3 of a metal was found to be 0.086 kg. Calculate the density of the metal in SI Units. (3 mks) ρ=mass 1mk volume =0.086 1mk 3.5ₓ10- 5 2.457ₓ 10 2...
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