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Public AI explainer video

Earth’s Connected System

During a rainstorm, are air, water, land, and living things really separate? You see rain fall through air, soak the ground, and reach plants. Those...

Prompt

Source idea used to generate this video.

**MASTER PROMPT — DETAILED TEXTBOOK EXPLANATION VIDEO** I am uploading an image of a textbook page. Using this image as your primary source, create a high-quality, detailed educational explanation video for students. **1. Understand the textbook content** - Carefully read and identify all the text, headings, subheadings, definitions, diagrams, examples, formulas, and important points visible in the image. - Identify the main topic and the learning objectives. - If the image contains multiple concepts, organise them into a logical teaching sequence. - Do not skip any important concept from the textbook. - If any text is unclear or unreadable, do not guess or invent it. **2. Explain the topic like an expert teacher** Teach the topic as an experienced, engaging school teacher explaining it to students who are learning it for the first time. - Begin with a simple introduction explaining what the topic is about and why it is important. - Explain every concept step by step, starting with the basics and gradually progressing to more advanced ideas. - Use simple, student-friendly language appropriate to the textbook's grade level. - Explain the meaning of technical terms, definitions, keywords, and difficult sentences. - Break complicated concepts into smaller, easy-to-understand parts. - Use relatable real-life examples, practical applications, analogies, and comparisons wherever appropriate. - Explain the reasoning behind concepts instead of asking students to memorise facts blindly. - For formulas, explain every symbol, the formula's meaning, when to use it, and a worked example. - For diagrams, explain each component, label, process, and relationship clearly. - For numerical problems, show every calculation step and explain why each step is performed. - For scientific processes, historical events, geographical concepts, or mathematical principles, use explanations and examples suited to the subject. - Clearly distinguish between similar or easily confused concepts. **3. Make the video visually engaging** Create a well-structured teaching video using: - Animated diagrams, illustrations, labels, arrows, and flowcharts wherever useful. - On-screen keywords, definitions, important facts, and formulas. - Step-by-step visual demonstrations for complex concepts. - Real-world images or examples where they improve understanding. - Highlighting and visual emphasis for important textbook points. - Clean, readable educational graphics with a professional classroom presentation style. Do not use unnecessary animations, distracting transitions, decorative visuals, or unrelated stock footage. Every visual should help explain the lesson. **4. Teaching and narration style** - Use a clear, natural, friendly teacher's voice. - Explain concepts at a comfortable pace, allowing students time to understand. - Use a conversational teaching style rather than sounding like a textbook being read aloud. - Connect each concept to the next with smooth transitions. - Emphasise important definitions, keywords, formulas, and examination-relevant points. - Include short pauses after particularly difficult explanations. - Do not rush through the content to make the video shorter. **5. Structure the lesson** Follow this sequence wherever appropriate: 1. Topic introduction and learning objectives. 2. Basic concepts and prerequisite knowledge. 3. Detailed explanation of each textbook concept, in order. 4. Examples and practical applications. 5. Explanation of diagrams, formulas, processes, and solved problems. 6. Common mistakes and misconceptions. 7. Quick recap of all important concepts. 8. Key definitions, formulas, facts, or points to remember. 9. Three to five short revision questions to test understanding. **6. Accuracy and textbook alignment** - Keep the explanation faithful to the uploaded textbook. - Do not omit important textbook content. - Do not introduce unsupported facts or fabricate examples, data, quotations, or definitions. - Additional examples may be used to clarify concepts, but they must be accurate and relevant. - Preserve the meaning of textbook definitions and important terminology. - If something requires information beyond the uploaded page, clearly distinguish additional explanation from textbook content. **7. Video length and completeness** Create a sufficiently detailed video to explain the entire topic properly. Do not force the lesson into a short-video format. Prioritise completeness, clarity, and student understanding over video length. If the topic is extensive, divide it into logically organised parts rather than omitting information. **FINAL OBJECTIVE** The finished video should feel like a complete lesson taught by an excellent teacher at Glen Tutorials. A student should be able to watch it independently, understand the topic from the basics, follow the textbook confidently, and prepare for school examinations. Do not merely summarise the page or read its contents aloud. Teach the topic thoroughly, explain the concepts in depth, and make learning

Narration

Narration used to create this video.

Video narration

During a rainstorm, are air, water, land, and living things really separate? You see rain fall through air, soak the ground, and reach plants. Those are parts of one Earth system, not separate topics. The geosphere is land and rocks; the hydrosphere is liquid water; the atmosphere is air. The biosphere includes living things and their habitats, while the cryosphere is water frozen as ice. Together, these five parts make up the Earth system. But what connects them? Energy and matter move between them. The Sun is Earth's main energy source, though only a fraction of its energy reaches our planet. Water and rocks also help drive flows of energy and matter through the system. So a change in one part isn't happening in isolation: Earth's parts are linked by what moves among them. They form one Earth system because energy and matter pass between connected parts.