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2025-biology-f3-pp1-ms-end-t3-s2-teacher_co_ke

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  • UPLOADED BY Unknown
  • DATE 07 Dec 2025
  • SIZE 1.48 MB
  • DOWNLOADS 1
  • TAGS
    notes
About This Document

Document Type: This is a Exam Paper, designed for Testing knowledge and exam technique.

Context: Standard material from the 2025 academic period.

Key Content: Likely covers essential definitions, structured questions to test your proficiency.

Study Strategy: Attempt these questions under timed conditions to simulate a real exam environment, then check against your notes.

Recommendation: comprehensive resource for students aiming to achieve top grades in their final assessments.

817 words

Detailed Content Overview

5 min read Intermediate Level 817 words
Introduction

This notes resource titled "2025-biology-f3-pp1-ms-end-t3-s2-teacher_co_ke" provides comprehensive exam preparation materials designed to test and enhance your understanding. This resource is structured to facilitate effective learning and retention of important information.

Key Topics Covered
1 a) b) 1mm = 1000m Areas = r2 = 22/7 x ( 2000)2 = (22/7 x 2000 x 2000); = 1
2 Osmosis Active transport (i)Does not require energy (i)Require / use energy (ii)
3 - Thin epithelium i.e one cell thides - Highly vascularised to maintain steef di
4 • Vilus • Increase the surface area for the absorption of the digested food
5 a) adenosine triphosphate; reject symbols (ATP) b) P – oxygen Download this an
6 (a) (i) It initiate the clothing process neutralizing an anti-clockwise factor c
7 (a) (i) Narrow lumen – to enhance capillarity; (ii) Lack of cross-walls to all
8 Arteries - Transport blood from the heart to the body tissue. - Transport oxygen
Learning Objectives
  • Master key concepts required for examination success
  • Practice answering exam-style questions effectively
  • Develop time management skills for timed assessments
  • Identify and address knowledge gaps in understanding
Detailed Summary

BIOLOGY FORM 3 PAPER 1 M/SCHEME END YEAR 2025 EXAM Download this and other FREE materials from https://teacher. ke/notes Question 1 a) b) 1mm = 1000m Areas = r2 = 22/7 x ( 2000)2 = (22/7 x 2000 x 2000); = 125714. 858m2 Question 2 Osmosis Active transport (i)Does not require energy (i)Require / use energy (ii)No carrier molecules (ii)Carrier molecules are involved (iii)Involve movement of solvent molecules (iii)Involve movement of solute particles. (iv)Solvent molecules more along a conc-gradient (iv)The solute molecules move against a concgradient. (any 3pts) Question 3 - Thin epithelium i. e one cell thides - Highly vascularised to maintain steef diffusion granules - Ileum has villi are highly folded while lungs have alveols to increase S. Question 4 • Vilus • Increase the surface area for the absorption of the digested food substance • Epithelium • Lacteal • Arteriole • Succus entericus / intestinal juice • Peptidase, sucrose, polypeptidase, maltase, lipase Download this and other FREE revision materials from https://teacher. ke/notes 1 Question 5 a) adenosine triphosphate; reject symbols (ATP) b) P – oxygen Download this and other FREE materials from https://teacher.

Study Tips & Recommendations
Time Management

Practice under timed conditions to improve speed and accuracy. Allocate specific time limits to each section.

Active Practice

Attempt all questions before checking answers. Review mistakes to understand where improvements are needed.

Mark Scheme Review

Study marking schemes carefully to understand how examiners award points and structure your answers accordingly.

Regular Review

Schedule periodic reviews to reinforce learning and combat forgetting. Use spaced repetition for optimal retention.

Content Preview

BIOLOGY FORM 3 PAPER 1 M/SCHEME END YEAR 2025 EXAM Download this and other FREE materials from https://teacher.co.ke/notes Question 1 a) b) 1mm = 1000m Areas = r2 = 22/7 x ( 2000)2 = (22/7 x 2000 x 2000); = 125714.29m2 ; 125714.29 5 = 25142.858m2 Question 2 Osmosis Active transport (i)Does not require energy (i)Require / use energy (ii)No carrier molecules (ii)Carrier molecules are involved (iii)Involve movement of solvent molecules (iii)Involve movement of solute particles. (iv)Solvent mole...

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