How Light Travels Lesson Plan (TEKS 5.8C): A Complete 5E Lesson for Reflection, Refraction, and Absorption

Inside the How Light Travels 5E Lesson

The 5E instructional model walks students through five phases: Engage, Explore, Explain, Elaborate, and Evaluate. It flips the traditional lecture-first sequence on its head. Students explore a concept hands-on before you ever explain it, which means by the time you do explain it, they have something to hook the vocabulary onto.

I switched to the 5E model years ago and stopped going back. Kids retain more, ask better questions, and stop staring at you waiting to be told the answer. The How Light Travels 5E Lesson is built on this framework from start to finish. Here's how it plays out across the five phases.

🎯 Engage

Day one is a teacher-led hands-on hook with three quick stations: a flashlight and a small mirror, a clear plastic cup of water with a pencil in it, and two pieces of construction paper (one black, one white) sitting in the sun or under a heat lamp. Groups rotate through all three in about 15 minutes. They draw what they see at each station on a student sheet.

By the end of the period, kids have witnessed reflection, refraction, and absorption with their own eyes. No vocabulary lecture yet. That's the point. They're walking into the rest of the unit with three vivid mental images to hook the words onto.

What's included in the Engage:

• Teacher directions for the three-station rotation
• Printable student observation sheet
• Answer key for the discussion questions
• Four learning objective slides (standard verbatim, key verbs highlighted, "I CAN...", and "WE WILL...")
• An illustrated Light Word Wall in English and Spanish covering the full unit vocabulary

🔬 Explore

The How Light Travels Station Lab is the heart of the Explore phase. Students rotate through 8 stations (plus a 9th challenge station for early finishers) over one class period. The Station Lab is split into four input stations (where kids take in new information) and four output stations (where they show what they learned).

The four input stations:

• 🎬 Watch It! — Students watch a short video on how light travels and answer guided questions.
• 📖 Read It! — A one-page reading passage at two differentiated levels, with a Spanish version included.
• 🔬 Explore It! — A hands-on station with flashlights, mirrors, a prism, and a clear cup of water where students see reflection and refraction in action.
• 💻 Research It! — Reference cards covering rays, reflection, refraction, absorption, transparent versus translucent versus opaque, and how surface color and texture affect light.

The four output stations:

• 📋 Organize It! — A 12-card sort where students place everyday scenarios under reflection, refraction, or absorption.
• 🎨 Illustrate It! — Students draw a diagram of a light ray hitting an object and being reflected, refracted, and absorbed.
• ✍️ Write It! — Three open-ended questions in complete sentences (this is where you see who really gets it).
• 📝 Assess It! — A short formative check with multiple choice and a fill-in-the-blank vocabulary paragraph.

Print and digital versions are both included. If you want the full breakdown of what happens at every single station, what students produce, and how to set it up, that's in our dedicated Station Lab post.

→ Read the full How Light Travels Station Lab walkthrough 8 stations, materials list, teacher tips

The Station Lab is included in the full 5E lesson. You don't need to buy it separately if you're getting the whole unit.

📚 Explain

Here's the real payoff of doing the Engage and Explore before the Explain: by the time kids hit this phase, they've already watched light bounce, bend, and get absorbed with their own eyes. They have a working understanding before you ever start naming things. The discussions get deeper, the questions get sharper, and you spend less time defining and more time pushing their thinking.

The How Light Travels Presentation walks 5th graders through the full scope of TEKS 5.8C, one concept at a time. The deck opens with a quick reset on what light is (a type of energy that travels in a straight line from a source until it hits something) and introduces the word ray for that straight-line beam. From there the deck builds out the framework: when a ray hits a material (called a medium), one of three things happens (or some combination of all three).

Students learn that reflection is when light bounces off a surface. The classic example is a mirror. Light from your face travels in straight lines to the mirror, bounces back, and reaches your eyes so you see your reflection. The lesson covers what affects how much light gets reflected: surface type (smooth surfaces bounce light cleanly while rough surfaces scatter it in every direction), surface color (light colors reflect more, dark colors reflect less), and surface material (glass and metal reflect a lot, wood and fabric reflect very little). Curved surfaces (concave like the inside of a spoon, convex like the outside of a ball) reflect light at angles that make images look distorted, smaller, or upside down.

Then the deck digs into refraction, which is when light bends as it moves from one medium to another (air to water, air to glass). The pencil-in-the-cup illusion lives here, and a prism is the showstopper. White light hitting a prism slows down and splits into all the colors of the rainbow because each color bends a different amount. A rainbow in the sky is the same thing happening on a much bigger scale with raindrops doing the bending. Absorption is when light energy doesn't pass through or bounce off. Instead, it gets soaked into the material and usually turns into heat. The black T-shirt on a sunny day is the example every 5th grader gets. Dark colors absorb more light than light colors, and rough or thick materials absorb more than smooth or thin ones.

The lesson finishes with how materials let light pass through. Transparent materials (a clear window, clear glass) let almost all the light pass through, so you can see clearly. Translucent materials (wax paper, frosted glass, a shower door) let some light through but blur it. Opaque materials (a wall, a textbook, a piece of dark paper) block all the light from passing, which is why they cast crisp shadows. Color works the same way. The color you see is the wavelength of light reflecting off the object. A red apple reflects red light and absorbs the rest. A white shirt reflects all colors. A black shirt absorbs all colors.

What makes the How Light Travels Presentation different from a typical light slideshow is that kids are doing something on almost every single slide. It's not a lecture deck. It's a participation deck. "Your answer:" prompts appear on most slides, Brain Breaks reset attention every few slides, Quick Action INB tasks (matching scenarios to reflection, refraction, or absorption, sorting materials as transparent, translucent, or opaque) show up throughout, and Think About It prompts push deeper into real engineering scenarios like choosing the right glass for classroom windows. The deck closes with a Check for Understanding tied back to the Essential Questions about how light travels in straight lines and what happens at each interaction.

The Explain materials in this product include:

• An editable Presentation at two differentiated levels (Dependent and Modified), works in PowerPoint or Google Slides
• A guided fill-in-the-blank student notes handout that mirrors the Presentation, with answer key
• A Paper Interactive Notebook (English and Spanish) students cut, fold, and glue into their notebooks
• A Digital Interactive Notebook at both levels with answer keys, for 1:1 classrooms or Google Classroom

The Explain runs across two class periods. The built-in Think About It prompts are where the real discussion happens, so let those breathe.

🛠️ Elaborate

The Elaborate phase is where students stretch what they learned about how light travels and put it into a project of their choosing. In this 5th grade physical science lesson, that's a Student Choice Project board with six different project options plus a "design your own" pathway.

Students might design a periscope using mirrors and reflection, build a shoebox theater that uses transparent, translucent, and opaque materials to create shadow effects, write a kid-friendly mystery story where the clues all involve light behaving in unexpected ways, or film a short video showing reflection, refraction, and absorption examples they spot at home. There are options for kids who love to write, kids who love to draw, kids who love to build, and kids who love to perform. Whatever the project, the point is the same: students apply rays, reflection, refraction, absorption, and material types to a real-world artifact instead of a worksheet.

Choice is the whole point. By letting students pick how they show their thinking, you get more authentic work for TEKS 5.8C and you actually get to see what they understand about light.

The rubric (the part teachers actually want)

Every project, no matter which option a student picks, is graded on the same shared rubric. Five categories at 20 points each:

• Vocabulary (20 pts) — At least four words from the lesson are used in context.
• Concepts (20 pts) — At least two key concepts from the lesson are referenced.
• Presentation (20 pts) — The project grabs attention and is well-organized.
• Clarity (20 pts) — Easy to understand. Free of typos.
• Accuracy (20 pts) — Drawings and models are accurate. The science is right.

Two differentiated versions in one file

The standard version is for students ready for independent application of light concepts. The Reinforcement version is for students who need additional vocabulary or concept support. Three of the six options are swapped for projects with a tighter vocabulary tie-in, and "design your own" is replaced with "collaborate with the teacher" so kids aren't pitching cold.

✅ Evaluate

The Evaluate phase wraps the unit with a formal assessment. It's not all bubble-in. Several questions hand students a real-world image (a mirror, a straw in a glass, a black shirt in the sun) and ask them to identify which light interaction is happening and explain why.

The full assessment has 12 questions across five formats:

• Multiple choice (4 questions) covering rays, reflection, refraction, absorption, and transparent versus translucent versus opaque
• Hotspot / visual (2 questions) where students circle the image that shows refraction and describe what's happening
• Multiselect (2 questions) where students pick all the materials that are translucent (or all the surfaces that reflect well)
• Short answer (2 questions) on why dark clothes feel warmer in the sun and why a pencil looks broken in water
• Multipart scenario (2 questions) with a classroom debate where kids identify which student's explanation of a light interaction is correct and explain why

A modified version is included for students who need additional support. Fewer multiple-choice distractors, sentence-starter scaffolds on the short-answer items.

If you've taught all five phases, this assessment shouldn't surprise anyone. It's a chance for kids to show you they get it.