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Lyttle Learning

Rated 4.8 out of 5, based on 59 reviews
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Jeff, Kentucky, United States
About the store
With 10 years of experience teaching high school science and 4 years serving as a Library Media Specialist, I bring a unique blend of content expertise, literacy leadership, and instructional design to every resource I create. My classroom experience sharpened my focus on rigor, engagement, and standards alignment. My work as a librarian has expanded that lens to include research skills, digital literacy, technology integration, and cross-curricular collaboration. I design resources that are academically strong, thoughtfully structured, and classroom-tested tools that support both teachers and students in meaningful learning.
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Preview of Rube Goldberg - Simple and Compound Machines

Rube Goldberg - Simple and Compound Machines

Created by
Lyttle Learning
This worksheet connects art to science. I discuss the work of Rube Goldberg with students. Students read 3 Rube Goldberg comics and analyze them to find simple and compound machines. This activity focuses on: Identifying simple machines Analyzing purpose Designing a machineClaim-Evidence-Reasoning Extension
Preview of Speed Problems Self Grading Color By Number

Speed Problems Self Grading Color By Number

Created by
Lyttle Learning
Students can practice calculating speed with this self-checking pixel art, color by number activity in Google Sheets. No moving pieces - students solve, enter their answer, and coloring appears on the grid. Using the Color by NumbersStudents should view in Edit Mode: Students will calculate average speed for the 18 problems listed in the sheet and type their answers according to the instructions into the given spaces. This is self-checking - if they answer correctly, parts of the grid will autom
Preview of Properties of Matter Self Grading Digital Color By Number

Properties of Matter Self Grading Digital Color By Number

Created by
Lyttle Learning
Students can practice differentiating between chemical and physical properties with this self-checking pixel art, color by number activity in Google Sheets. No moving pieces - students solve, enter their answer, and coloring appears on the grid. Using the Color by NumbersStudents should view in Edit Mode: Students will classify the 17 properties listed in the sheet and type their answers according to the key into the given spaces. This is self-checking - if they answer correctly, parts of the gr
Preview of Element, Compound & Mixture Classification Pixel Art Self Grading Assessment

Element, Compound & Mixture Classification Pixel Art Self Grading Assessment

Created by
Lyttle Learning
Students can practice classifying substances as elements, compounds or mixtures with this self-checking pixel art, color by number activity in Google Sheets. No moving pieces - students solve, enter their answer, and coloring appears on the grid. Using the Color by NumbersStudents should view in Edit Mode: Students will classify the 24 substances listed in the sheet and type their answers according to the key into the given spaces. This is self-checking - if they answer correctly, parts of the g
Preview of Newton’s 2nd Law of Motion  Self-Grading Digital Color By Number

Newton’s 2nd Law of Motion Self-Grading Digital Color By Number

Created by
Lyttle Learning
Students can practice calculating force, mass and acceleration with this self-checking pixel art, color by number activity in Google Sheets. No moving pieces - students solve, enter their answer, and coloring appears on the grid. Using the Color by NumbersStudents should view in Edit Mode: Students will calculate either force, mass or acceleration for the 18 problems listed in the sheet and type their answers according to the instructions into the given spaces. This is self-checking - if they an
Preview of Lewis Dot Diagram Digital Worksheet

Lewis Dot Diagram Digital Worksheet

Created by
Lyttle Learning
This is a great activity for students to show their understanding of lewis dot diagrams. You will receive 8 different prompts that can be used together or split into smaller assignments. In each prompt students are asked to determine the key factors about an element such as number of protons, neutrons and electrons and then drag and drop dots to develop the lewis dot diagram for that element.
Preview of Simple Machines Self Grading Color By Number

Simple Machines Self Grading Color By Number

Created by
Lyttle Learning
Students can practice calculating speed with this self-checking pixel art, color by number activity in Google Sheets. No moving pieces - students solve, enter their answer, and coloring appears on the grid. Using the Color by NumbersStudents should view in Edit Mode: Students will calculate average speed for the 18 problems listed in the sheet and type their answers according to the instructions into the given spaces. This is self-checking - if they answer correctly, parts of the grid will autom
Preview of Types of Rocks Self-Grading Color By Number

Types of Rocks Self-Grading Color By Number

Created by
Lyttle Learning
Students can practice classifying types of rocks with this self-checking pixel art, color by number activity in Google Sheets. No moving pieces - students solve, enter their answer, and coloring appears on the grid. Using the Color by NumbersStudents should view in Edit Mode: Students will classify rocks in the 18 problems listed in the sheet and type their answers according to the instructions into the given spaces. This is self-checking - if they answer correctly, parts of the grid will automa
Preview of Classifying Changes in Matter Self-grading Color By Number

Classifying Changes in Matter Self-grading Color By Number

Created by
Lyttle Learning
Description Students can practice classifying changes in matter with this self-checking pixel art, color by number activity in Google Sheets. No moving pieces - students classify, enter their answer, and coloring appears on the grid. Using the Color by NumbersStudents should view in Edit Mode: Students will classify changes in matter for the 18 scenarios listed in the sheet and type their answers according to the instructions into the given spaces. This is self-checking - if they answer correctl
Preview of Bohr Model Digital Activty

Bohr Model Digital Activty

Created by
Lyttle Learning
This is a google slide digital worksheet for students to practice creating Bohr models. This would be great as a stand-alone assignment for practice, introduction or enrichment. It could also be split into smaller segments for bell ringers or exit slips.
Preview of Speed-Time Graph Digital Google Slides Worksheet

Speed-Time Graph Digital Google Slides Worksheet

Created by
Lyttle Learning
This digital activity can be used as an introduction, formative assessment or review of speed-time graphs. With editable text boxes on 5 slides, students can type answers into the text box and easily submit using Google Slides.
Preview of Earth's Layers Data Analysis

Earth's Layers Data Analysis

Created by
Lyttle Learning
This worksheet allows students to analyze complex graphs to better understand the composition and properties of Earth's layers. This is great as a review or for and introductory activity. This could even be added to a sub folder as students are simply analyzing graphs!
Preview of Distance Time Graph Google Slides Digital Worksheet

Distance Time Graph Google Slides Digital Worksheet

Created by
Lyttle Learning
This is a great activity for students to show their understanding of distance time graphs. You will receive 8 different sections that can be used together or split into smaller assignments. In each section students are asked to interpret distance time graphs in a different way.
Preview of Rocks Reference Sheet

Rocks Reference Sheet

Created by
Lyttle Learning
This is an exercise in reading tables and graphs. This is perfect for reviewing/introducing the rock cycle and types of rocks as well as standardized test prep. Included is: Worksheet Packet (there are 4 sections that can stand alone as 4 separate assignments or together as a packet) Answer Key
Preview of Calculating Energy Costs Google Form

Calculating Energy Costs Google Form

Created by
Lyttle Learning
This Google Form activity can serve as a stand alone lesson, a preview or review of content, sub lesson or much more. There are 4 sections of the form. Students first watch a short video and answer comprehension questions. Then they work through 3 data sets to determine the cost of energy efficient appliances vs. traditional.
Preview of Forms of Energy Scavenger Hunt

Forms of Energy Scavenger Hunt

Created by
Lyttle Learning
This energy scavenger hunt is a great way to get students up and moving. Whether you are in the classroom or teaching remotely students will be required to search around their locations to find examples of the various forms of energy. Then they must defend their examples. This activity can be completed in class or as a homework assignment. It is great to see student thinking and catch misconceptions.
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About the store

Experience

With 10 years of experience teaching high school science and 4 years serving as a Library Media Specialist, I bring a unique blend of content expertise, literacy leadership, and instructional design to every resource I create. My classroom experience sharpened my focus on rigor, engagement, and standards alignment. My work as a librarian has expanded that lens to include research skills, digital literacy, technology integration, and cross-curricular collaboration. I design resources that are academically strong, thoughtfully structured, and classroom-tested tools that support both teachers and students in meaningful learning.

Teaching style

I’m a firm believer that science should be active, messy, and rooted in inquiry. Students should be asking questions, testing ideas, and backing up their thinking with evidence, not just copying notes. One frustration I kept running into was the lack of strong science reading resources for high school students. The materials available often felt either too elementary or not aligned with real scientific thinking. So I started building my own. The resources in my shop are designed to blend science content with literacy skills in meaningful ways, helping students read like scientists, write with evidence, and truly understand the “why” behind the content.