This comprehensive Introduction to Cells Lesson Plan is designed for Grade 5 and 6 students, providing an engaging and informative way to introduce them to the basic building blocks of life: cells. The lesson includes a detailed guide, key concepts, hands-on activities, and a coloured diagram of both plant and animal cells with clear labels. Key Features: Detailed Lesson Plan with Guidelines: Learning Objectives: Understand what cells are and why they are important. Identify the main parts of plant and animal cells. Explain the functions of different cell parts. Recognize the differences between plant and animal cells. Materials Needed: Worksheets with diagrams of plant and animal cells. Crayons or markers for colouring. Access to a projector or board for visuals. Lesson Outline: Introduction (5 minutes): Define cells, explain their importance and their role in living organisms. Main Lesson (15 minutes): Discuss the parts of plant and animal cells, explaining which parts are shared and which are unique. This includes a presentation of coloured, labelled diagrams of both types of cells. Activity (20 minutes): Students label and colour in diagrams of both plant and animal cells, following instructions. Conclusion & Review (5 minutes): Review key points and answer questions. Time Estimate: The lesson is designed to last approximately 50 minutes Key Concepts: Definition of Cells: Students will learn that cells are the building blocks of all living things. Importance of Cells: Explanation of why cells are essential for growth, repair, and life processes. Cell Parts & Functions: Clear breakdown of the major parts of the cell such as the nucleus, cytoplasm, cell membrane, mitochondria, and more. Functions are explained in easy-to-understand language. Comparison Table: A simple table highlighting the differences between plant and animal cells, such as the presence of chloroplasts and cell walls in plant cells. Fun Activity with Answers: Labelling & Colouring Activity: Students will label and colour specific parts of plant and animal cells based on their function and structure. This hands-on activity reinforces learning through engagement. Answer Key Included: A full answer key is provided to assist with assessment and review. Assessment Criteria: Ability to correctly label and colour the diagrams. Understanding of the differences between plant and animal cells. Participation in discussions and accuracy in completing the review questions. This lesson plan ensures that students grasp the fundamental concepts of cell biology in an interactive and visually stimulating way, making learning fun and memorable. Kind regards ENTER - ONE

This powerpoint covers the topic of Volumetric analysis. This is Analytical chemistry. Topics include: Review of quantities (mass,volume,density,Avogadros constant,mole,molar mass) Mass and Molar concentration Concentration conversions Analysis of trace elements in water Percentage composition SI Prefixes (Tera, Giga, Mega Kilo, Nano, Pico etc) Stoichiometry Limiting reagent calculations Dilutions Standard solutions Glassware in the lab and volumetric analysis Titrations There are a variety of questions and answers included. The theory has been written out, thus this Powerpoint serves as a great study guide. There is no additional work to be done. Simply project this Powerpoint in class and you are good to go! We know you will enjoy using this resource. Kind Regards ENTER- ONE

Take your students on a journey through ancient Greece with this exciting Greek mythology worksheet! Designed to engage young learners, this resource introduces them to classic myths while developing their reading comprehension and vocabulary skills. The worksheet includes: A lovely comprehension passage that tells the story of Greek gods and heroes. A match-the-name-to-the-description activity to help students learn about key figures from mythology. Comprehension questions that test understanding of the text. Vocabulary questions to reinforce important words from the story. These types of activities are not only educational but also encourage imagination and critical thinking. By exploring myths, students develop a deeper appreciation for literature and history while improving language skills. An answer key is provided to make grading and feedback easier. Let students dive into the world of Greek gods and heroes, and watch their love for stories and learning grow! Kind regards ENTER - ONE

Plant Parts and Functions Worksheet This comprehensive worksheet on plant parts and their functions provides students with a clear understanding of essential plant biology in an engaging, easy-to-understand format. Ideal for grade 5-6 learners, this worksheet includes a variety of activities that make learning plant science both fun and educational. What’s Included: Labelling Activity: Students label parts of a plant diagram, such as roots, stem, leaves, and flowers, and describe their functions—reinforcing their understanding of each part’s role in plant survival. And the students get to colour the picture of the plant diagram! Fill-in-the-Blanks Exercise: A vocabulary-building section that helps students practice key terms like “photosynthesis” and “nutrients,” ensuring they grasp the basic concepts. Plant Growth Experiment: This hands-on activity guides students in observing how sunlight affects plant growth. They compare two plants—one in sunlight, one in shade—recording observations over a week to better understand how plants adapt to their environment. Answer Key: A complete answer key is provided, making it easy for teachers to review answers and support student learning. Educational Value: This worksheet strengthens comprehension and observation skills while introducing students to the scientific process through a simple experiment. It’s ideal for encouraging curiosity about the natural world, helping students apply knowledge by observing, labelling, and experimenting with real-world plant concepts. Kind regards ENTER - ONE

Water Cycle Worksheet This comprehensive water cycle worksheet is designed to help students understand the processes and stages within the water cycle through a variety of engaging questions and activities. The worksheet includes: Labelling Exercise: Students label each stage of the water cycle—evaporation, condensation, precipitation, and collection—using a provided word bank. This allows students to visually connect each term to its function. Cycle Explanation Section: Students are asked to explain each stage of the water cycle in their own words, reinforcing their understanding of how water moves through natural processes. Fill-in-the-Blanks Question: Using a second word bank, students complete sentences that describe how water transitions through different stages in the environment. This exercise strengthens vocabulary and concept retention. Create Your Own Water Cycle Activity: An optional, hands-on project guides students through creating a mini water cycle in a plastic bag taped to a window. Students observe how heat and condensation occur in a controlled setting, bringing the lesson to life. This activity includes clear instructions, guiding students in identifying evaporation, condensation, and precipitation within their setup. Answer Key Included: The worksheet also includes a full answer key for teacher use, supporting quick assessment and discussion. Learning Benefits: This worksheet deepens understanding by encouraging students to apply vocabulary in context, visually engage with the cycle stages, and reflect on observations in a practical activity. A great resource for building foundational science skills and observation techniques! Kind regards ENTER - ONE

This resource is the second unit in the general science course. In contains the classification of living things. It follows the Linnaeus grouping method. It also contains notes on viruses, fungi, the black death, as well as tasks. Kind Regards ENTER - ONE

This resource is the 3rd part in the statistics course. It covers the normal distribution curve, standard deviations, z score tables, probabilities and applications. This document contains a variety of examples, questions and answers. There is no extra work needed by the teacher. Simply project this PowerPoint onto your screen and you’re good to go! We hope you enjoy this resource. Kind Regards

In this experiment, you will determine absolute zero. The experimental setup is easy to perform. This resource contains the experimental setup, the expected data as well as the calculations. We hope you enjoy doing this experiment Kind Regards ENTER - ONE

This resource is an introduction to solving for the area under a curve using the technique of integration. It includes theory and many examples, as well as questions and answers. Colourful graphs are used to illustrate the image and the calculation is shown. This makes learning more visual and aids in understanding, rather than simply solving the problem. Kind Regards Enter - One

This resource covers the introduction to differential calculus. It focuses on: General theory on calculus First principles derivation Power rule Chain rule Product rule Quotient rule There are numerous examples, questions and answers. This resource is ideal for the applications & interpretations IB course. Kind Regards ENTER - ONE

This Powerpoint is the ultimate guide to solving and proving trigonometric identities. It covers a wide range of topics: General identities and proofs Use of theorems to prove functions (Pythagorean identities, double angle, sum and difference, reciprocal identities) Solving trigonometric equations given a domain The solutions written out here are extremely detailed which helps students identifiy how the equation was solved, and allows them to become more confident when dealing with this challenging topic. We hope you enjoy using it Kind Regards ENTER - ONE

This Worksheet gives a detailed explanation on limiting reagents and how to calculate it. There are some exam type questions included too. Students can use this to supplement their learning and test whether they understand the concept of limiting reagents. An example of a question is shown below: RDX is one of the most powerful explosives known today. It is used in mines, depth charges and torpedo warheads. It can be made by the following process. C6H12N4 + 3HNO3 -> C3H6O6N6 + 3HCHO + NH3 If we take 1 kg of HMTA and 900 g , what is the theoretical yield of RDX? We hope you enjoy this resource Kind Regards ENTER - ONE

This resource forms part of the Ultimate guide to Organic Chemistry series. This resource focuses on aldehydes and ketones. Topics covered include: Different types of aldehydes and ketones Writing systematic names for aldehydes and ketones Drawing structures from IUPAC nomenclature Di-als and Di-one Oxidation of aldehydes Tollens reagent Properties of aldehydes and ketones Solubility of aldehydes and ketones There is no additional work to be done. Simply project this Powerpoint in the classroom. Answers are given in red. Enjoy! Kind Regards ENTER - ONE

In this Powerpoint, we cover the theory, questions and answers on Rates of chemical reactions. Topics include: General reaction rates Graphical analysis of rates of reactions Measuring rates of reactions experimentally Thermodynamics Energy diagrams Collision Theory Factors that affect the reaction rate

This powerpoint is on amides and forms part of the ultimate guide to organic chemistry series. Topics covered include: Formation of amides Drawing structural formula of amides Naming amides Polyamide formation Hydrolysis of amides There is no additional work to be done. Simply project this in class and you’re good to go. Enjoy! Kind Regards ENTER - ONE

This resource contains topics on bivariate data and correlations Topics include: Scatter plots Predictions Descriptions and interpretations Questions and answers. This resource can be used as a quiz, summative/formative assessment. The slides are designed to be fun and engaging with detailed explanations given. Kind Regards ENTER - ONE

This powerpoint is the complete guide to grade 6 fractions. It contains all the topics needed for grade 6. Theory, examples, and numerous questions and answers. Topics covered include: What are fractions Equal fractions Simplification Comparing fractions Improper and mixed fractions Addition of fractions Subtraction of fractions Multiplication of fractions Division of fractions via reciprocals Simply project this powerpoint on your screen and you are good to go!

This is a 50 mark test on differential calculus. It can be used as a classroom formative or summative assessment. It covers: First principles Power rule Product rule Quotient rule Chain rule Exponential functions The document has questions and answers. To make the question sheet, simply delete the answers in red. The mark scheme is shown in brackets on the right hand side of each question. Kind Regards ENTER - ONE

This is the 5th unit in the general science course. It covers basic topics in chemistry. The topics included are: Quantity in chemistry (Molar mass and mole) Chemical bonding and structure Chemistry in solutions Physical chemistry Organic chemistry There is an assignment included based on organic chemistry and questions and answers at the end for review. Chemistry is one of the most fascinating subjects to learn. Enjoy learning from this resource. Kind Regards ENTER - ONE

This resource is 1 of 7 units in the general science course. This unit follows the studies of Darwin, homeostasis, biology, chemical reactions and some review questions. The units in this course is made to be fun and engaging. Kind Regards ENTER - ONE