Absolutely. For this image, the video should teach...

Absolutely. For this image, the video should teach the logic first, then show the numerical solution, rather than 🎬 MASTER PROMPT — 50-SECOND EXPLAINER VIDEO Class 10 Physics | Heat Numerical | Shree Classes, Vadner Use the uploaded image as the exact educational reference and visual source. Create a polished, cinematic 50-second educational explainer video for Class 10 Maharashtra State Board Physics students. ⚠️ CRITICAL ACCURACY RULE Do not change, rewrite, omit, or invent any mathematical value, formula, unit, numerical step, or answer shown in the reference image. The final calculation must remain: 2 × 1 × (20 − 0) = m₁ × 341 40 = m₁ × 341 m₁ = 40/341 kg m₁ = 0.5865 kg = 586.5 g Final Answer: 586.5 g of ammonia ⸻ 🎨 VISUAL STYLE Create a premium 3D educational explainer, suitable for Class 10 students. * Clean modern classroom-learning aesthetic * Cinematic but highly educational * Smooth camera movements * Attractive 3D water, ice and liquid ammonia visuals * Professional blue/white educational colour palette * Clear mathematical typography * High contrast and excellent readability * No unnecessary visual effects * No distracting background music * Every important formula and number should remain on screen long enough to read * Use animated arrows, heat-flow particles and simple diagrams to explain the physics 🔴 BRANDING — MANDATORY Keep a permanent professional branding panel at the TOP-RIGHT corner throughout the entire video: SHREE CLASSES, VADNER Include a small graduation-cap/education icon if appropriate. The branding must remain clearly visible but must never cover the lesson content. Do NOT move the branding to another corner. ⸻ 🎬 TIMELINE — MAXIMUM 50 SECONDS ⏱️ 0–5 sec — INTRO / QUESTION Zoom smoothly into the title: “Class 10 Physics – Heat Numerical” Then highlight the question: “Water at 20°C → 2 kg ice at 0°C” Show the key question: “How many grams of ammonia are required?” Use a subtle attention animation around the question. Voice-over: “Let’s understand this heat numerical through a simple story.” ⸻ ⏱️ 5–12 sec — STEP 1: UNDERSTAND THE STORY Animate the water container from the reference image. Show: Water: 2 kg, 20°C Then visually transform the water into: Ice: 2 kg, 0°C Animate heat particles leaving the water. Display a large arrow: WATER → LOSES HEAT Voice-over: “Water must lose heat to cool from 20 degrees Celsius to zero degrees Celsius and become ice.” ⸻ ⏱️ 12–18 sec — STEP 2: WHERE DOES THE HEAT GO? Introduce the liquid ammonia container. Show heat particles moving: WATER → AMMONIA Then show ammonia evaporating into gas. Display: AMMONIA ABSORBS HEAT Voice-over: “This heat is absorbed by liquid ammonia. The ammonia takes this heat and evaporates.” Make the heat transfer visually obvious. ⸻ ⏱️ 18–25 sec — STEP 3: FORM THE EQUATION Bring the equation onto the screen progressively. First: Heat lost by water = Heat gained by ammonia Then reveal: m₍w₎ c₍w₎ (T₁ − T₂) = m₁ L Highlight the two sides separately: Water → mcΔT Ammonia → mL Voice-over: “So, heat lost by water equals heat gained by ammonia.” ⸻ ⏱️ 25–32 sec — STEP 4: SUBSTITUTE VALUES Show the values appearing one by one: m₍w₎ = 2 kg c₍w₎ = 1 kcal/kg°C T₁ = 20°C T₂ = 0°C L = 341 kcal/kg Then construct: 2 × 1 × (20 − 0) = m₁ × 341 Voice-over: “Now substitute the given values into the equation.” ⸻ ⏱️ 32–40 sec — STEP 5: SOLVE Animate the calculation step-by-step. First: 40 = m₁ × 341 Then: m₁ = 40/341 kg Then: m₁ = 0.5865 kg Make each transformation visually clear. Voice-over: “Forty equals m₁ into 341. Therefore, m₁ is forty divided by 341, which is zero point five eight six five kilogram.” ⸻ ⏱️ 40–45 sec — STEP 6: CONVERT kg → g Show a large conversion animation: 0.5865 kg × 1000 ↓ 586.5 g Add a small reminder: 1 kg = 1000 g Voice-over: “Since the question asks for grams, convert kilograms into grams.” ⸻ ⏱️ 45–50 sec — FINAL ANSWER + CONCEPT Create a strong final educational frame. Large highlighted box: ✅ 586.5 g Under it: “Ammonia must be evaporated.” Then show the concept visually: WATER LOSES HEAT → AMMONIA GAINS HEAT → AMMONIA EVAPORATES Voice-over: “Therefore, 586.5 grams of ammonia has to be evaporated. Remember: heat lost by water equals heat gained by ammonia!” End with: SHREE CLASSES, VADNER Learn • Practise • Succeed ⸻ 🎙️ VOICE & AUDIO Use a clear, confident Indian English educational voice, suitable for Class 10 students. Voice should be: * Teacher-like * Friendly * Energetic * Slow enough for average and weak students * Pronounce mathematical expressions clearly * No unnecessary dramatic narration Background music should be very subtle and motivational, never louder than the narration. Use gentle sound effects for: * Heat transfer * Formula appearing * Calculation transitions * Final answer reveal ⸻ 🚫 DO NOT * Do not change the numerical answer. * Do not introduce a different formula. * Do not alter units. * Do not make the calculation mathematically different. * Do not add irrelevant characters. * Do not use a teacher/avatar on screen. * Do not overcrowd the screen. * Do not flash formulas too quickly. * Do not distort mathematical symbols. * Do not place branding anywhere except TOP-RIGHT. * Do not hide “SHREE CLASSES, VADNER” branding. * Do not exceed 50 seconds. FINAL VIDEO GOAL The student should finish the video understanding WHY ammonia is used, WHERE the heat goes, WHICH formula is used, HOW the values are substituted, and HOW the final answer 586.5 g is obtained. Make it feel like a premium Shree Classes, Vadner classroom explanation converted into a cinematic educational video. 🎓🔥