This RESOURCE BUNDLE is for New York Science Middle School science teachers who are teaching MS Waves and Electromagnetic Radiation according to the New York State P-12 Science Learning Standards (NYSSLS) and want to prepare their students for the Intermediate-Level Science Test. Save 70% by purchasing the resources in this bundle.

This NYSSLS-MS Waves and Electromagnetic Radiation bundle was specifically created by analyzing the New York State Education Department Middle School curriculum document. It delivers exactly what New York teachers need to meet state expectations.

✅ Covers NYSSLS-MS Waves and Electromagnetic Radiation in New York State: Students learn how wave amplitude relates to energy, explore how waves interact with materials through reflection, absorption, and transmission, and examine why digitized signals provide a more reliable method of encoding and transmitting information than analog signals.

✅ Massive Resource Library: Includes lessons, readings, labs, projects, activities, quizzes, and more.

✅ Resources are Organized: Each included resource is described inside the description file.

✅ No Prep & Editable: Ready-to-use PDFs, Word docs, and digital versions for seamless classroom integration.

This resource is bundled at a further discount inside my New York State Science Middle School Science Curriculum Bundle.

It includes the following resources

MS-PS4-1

• Waves An Introduction – Lesson
• Experimenting with Waves – Activity
• Crash Course Traveling Waves - Video Worksheet
• Crash Course Sound - Video Worksheet
• Earthquakes - Reading

MS-PS4-2

• Light – Lesson
• Lasers, Absorption and Transmission – Lesson
• Why is the Sky Blue - Reading
• Crash Course Light - Video Worksheet
• Light and Optics Word Search and Scramble
• Bill Nye Light and Color - Video Worksheet

MS-PS4-3

• Digital vs Analog Signals for Communication – Lesson
• How Waves Are Used for Communication - Reading

This bundle follows The New York State Science Standards which utilizes MS-NGSS and allows students focus on the content they need to understand real-world phenomena.