How Teachers Can Create Differentiated Video Lessons in Minutes

Every classroom has students at different levels. A foundation-level learner needs simpler language and more repetition. An advanced learner craves deeper analysis and harder problems. But creating separate lesson materials for each group? That used to take hours — or it simply didn't happen.

With Golpo AI, a teacher can type a single prompt describing the topic and the student level, and receive a fully produced whiteboard-style video lesson in under 15 minutes. No editing software. No recording equipment. No design skills. Just a prompt and a click.

To demonstrate this, we created 9 videos across 3 high school subjects — Physics, Math, and US History — each at 3 difficulty levels: foundation, standard, and advanced. Every video is 2 minutes long. Each one is tailored in vocabulary, depth, and complexity to match its intended audience.

Watch them below and see the difference for yourself.

⚛ Physics: Newton's Second Law (F = ma)

Chalkboard Color Style

🟡 Foundation Level

Simple language, no formulas until the end, everyday examples like shopping carts and bowling balls. Core ideas repeated multiple times.

View the prompt used

Create a struggling-learner friendly whiteboard explainer on Newton's Second Law (F = ma). Use everyday examples like pushing a shopping cart vs a loaded truck, and kicking a tennis ball vs a bowling ball. Use very simple language and short sentences. Avoid formulas until the very end. Focus on arrows and motion visuals to show that heavier things need more force to move, and more force makes things speed up faster. Repeat the core idea multiple times in different ways. End with one super easy real-life question.

🔵 Standard Learners

Formula introduced clearly with units, relatable examples, and a step-by-step calculation walkthrough with a practice problem.

View the prompt used

Create a whiteboard explainer on Newton's Second Law (F = ma) for a standard high school physics student. Introduce the formula clearly, define force, mass, and acceleration with units. Use relatable examples like pushing a skateboard vs a car, and a baseball pitch vs a bowling throw. Include a simple calculation walkthrough (e.g., If a 2 kg ball is pushed with 10 N of force, what is the acceleration?). End with a practice problem.

🟣 Advanced / AP Learners

Vector notation, free body diagrams, friction on inclined planes, multi-force problems, and an Atwood machine challenge.

View the prompt used

Create a whiteboard explainer on Newton's Second Law for an advanced/AP Physics student. Start with the vector form F = ma, then extend to net force with free body diagrams. Cover friction, inclined planes, and multi-force problems. Show a worked example with two forces acting at angles on an object. Connect F = ma to Newton's First and Third Laws as a system. End with a challenge problem involving an Atwood machine.

△ Math: The Pythagorean Theorem

Whiteboard Style

🟡 Foundation Level

No abstract notation. Visual proof with squares on each side. One simple 3-4-5 example with a real-life ladder question.

View the prompt used

Create a struggling-learner friendly whiteboard explainer on the Pythagorean Theorem. Start by showing what a right triangle is — point out the right angle and the longest side. Use a visual proof with squares drawn on each side. Avoid abstract notation — say "short side times itself, plus other short side times itself, equals long side times itself." Walk through one very simple example with a 3-4-5 triangle. Repeat the idea twice. End with one real-life question like finding the length of a ladder leaning against a wall.

🔵 Standard Learners

Full formula with labeled diagrams, two worked examples, real-world distance application, and common triples.

View the prompt used

Create a whiteboard explainer on the Pythagorean Theorem for a standard high school geometry student. Introduce a² + b² = c², label the hypotenuse and legs clearly. Walk through two examples — one finding the hypotenuse, one finding a missing leg. Include a real-world application like finding the distance between two points on a map. Show common Pythagorean triples (3-4-5, 5-12-13). End with a practice problem.

🟣 Advanced / Honors Learners

Geometric proof, distance formula, trigonometric identity connection, triple generation, and 3D distance challenge.

View the prompt used

Create a whiteboard explainer on the Pythagorean Theorem for an advanced/honors math student. Start with the standard formula, then show a geometric proof using area rearrangement. Extend to the distance formula in coordinate geometry. Connect to trigonometric identities (sin² + cos² = 1). Introduce the converse theorem for proving right triangles. Touch on Pythagorean triples generation using m² − n², 2mn, m² + n². End with a 3D distance challenge problem.

⚜ US History: Causes of the American Civil War

Sharpie Style

🟡 Foundation Level

Just 3 big reasons. Simple North vs South map. Short sentences, minimal names and dates. Core idea repeated throughout.

View the prompt used

Create a struggling-learner friendly whiteboard explainer on why the American Civil War started. Keep it to 3 big reasons: the North and South disagreed about slavery, they disagreed about states' rights vs federal power, and the election of Abraham Lincoln in 1860 was the final trigger. Use a simple visual like a map showing North vs South. Use very short sentences. Avoid too many names and dates. Repeat the main idea: the country was splitting apart over slavery and power. End with one simple question.

🔵 Standard Learners

Economic divide, key compromises, Dred Scott, abolitionist movement, and Lincoln's election — with a timeline visual.

View the prompt used

Create a whiteboard explainer on the causes of the American Civil War for a standard US History student. Cover the economic divide (industrial North vs agricultural South), the moral and political debate over slavery expansion (Missouri Compromise, Compromise of 1850, Kansas-Nebraska Act), the Dred Scott decision, abolitionist movement, and Lincoln's 1860 election leading to secession. Use a timeline visual. End with a review question connecting multiple causes.

🟣 Advanced / AP Learners

Structural analysis, historiographical debate, primary sources, party realignment, and a DBQ-style analytical question.

View the prompt used

Create a whiteboard explainer on the causes of the American Civil War for an AP US History student. Analyze the long-term structural causes: divergent economic systems, constitutional ambiguity on federalism, and the breakdown of political compromise. Examine the Wilmot Proviso, popular sovereignty failure in Bleeding Kansas, the collapse of the Whig Party, and the rise of the Republican Party. Discuss historiographical debate — was the war inevitable or a result of a "blundering generation"? Reference primary sources like Lincoln's House Divided speech and Calhoun's defense of slavery. End with a DBQ-style analytical question.

How It Works: 3 Steps, Any Subject, Any Level

Golpo AI turns a text prompt into a fully narrated, illustrated whiteboard-style video. There is nothing to install, nothing to edit, and nothing to record.

Step 1: Write a Prompt

Describe the topic, the student level, and what examples to use. Be as specific or as brief as you want.

Step 2: Choose a Style

Pick from Chalkboard, Whiteboard, Sharpie, Neon, and more. Match the visual feel to your subject or preference.

Step 3: Get Your Video

In under 15 minutes, you have a publish-ready video you can share with students, embed in your LMS, or post online.

Why Differentiated Video Lessons Matter

Research consistently shows that students learn better when content matches their readiness level. But the reality of teaching is stark: most teachers have 25–35 students at wildly different levels, and creating separate materials for each group is a time luxury few can afford.

That's the gap Golpo fills. Here's what changes when a teacher can generate tailored video lessons on demand:

• Foundation-level students get simplified explanations with more repetition and everyday language — they aren't left behind by content that assumes prior knowledge they don't have.
• Standard students get clear, well-structured lessons at the expected grade level — complete with worked examples and practice problems.
• Advanced students get extended content that challenges them — deeper analysis, harder problems, and connections across concepts — so they aren't bored by material they've already mastered.

The same teacher. The same topic. Three different lessons. Each one takes a single prompt and under 15 minutes.

Traditional Approach vs. Golpo AI

• Time to create 3 differentiated videos: Traditional: 6–10 hours (scripting, recording, editing) → With Golpo AI: Under 15 minutes per video
• Tools required: Traditional: Camera, microphone, editing software, design tools → With Golpo AI: A text box
• Cost: Traditional: $200–500 per video (if outsourced) → With Golpo AI: A few credits per video
• Revisions: Traditional: Re-record and re-edit → With Golpo AI: Adjust the prompt, regenerate
• Consistency: Traditional: Varies by teacher energy and time of day → With Golpo AI: Consistent quality every time

Ideas for Teachers

• Flipped classroom: Assign the appropriate level video as homework so class time is spent on practice and questions.
• IEP accommodations: Quickly generate simplified versions of any lesson for students with learning accommodations.
• Exam review: Create recap videos at each tier before a test — foundation-level students get the basics reinforced, advanced students get challenge problems.
• Absent students: Generate a lesson video in minutes instead of writing up notes for a student who missed class.
• ESL / multilingual: Golpo supports multiple languages — create the same lesson in English and Spanish from the same prompt.
• Sub plans: Leave behind a set of videos a substitute teacher can simply play — no guesswork needed.

Try It With Your Next Lesson

Pick any topic you're teaching this week. Write a one-paragraph prompt. Get a video back in minutes. See the difference it makes when every student gets the lesson they need.

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