AzarScience

Overview Blast off into the outer solar system with Voyager’s Grand Tour, a comprehensive high school Earth and Space Science resource. Designed by expert educator Scott Azar, this 11-question "cluster set" challenges students to apply orbital mechanics and geological evidence to the legendary Voyager 1 and 2 missions. Whether used as a summative assessment, a rigorous practice set, or a sub-friendly inquiry activity, this resource brings NASA’s most famous journey to life. What's IncludedEngag

10-question cluster set aligned to HS-ESS1-2: Big Bang & Redshift. This resource is perfect for Earth Science teachers preparing students for the NYS Earth and Space Science Regents or teaching high school astronomy and cosmology concepts. What’s Included: 10 carefully designed cluster-style questions based on real scientific evidence and diagrams: Emission spectra & element identification Redshift & universe expansion Cosmic Microwave Background (CMB) variations Element abundances (H, He, L

✅Transform your Earth and Space Science instruction with this comprehensive, NYSSLS-aligned assessment cluster that brings planetary seasons to life through authentic NASA data! This premium assessment package engages high school students in three-dimensional science learning by comparing seasonal patterns on Earth and Mars using real-world phenomena and NASA mission data. Perfect for New York State Regents exam preparation! 🌍 What Makes This Resource Exceptional? Unlike generic worksheets, thi

A cluster of NYSSLS/NGSS-Style questions that evolve from the creation of energy within a star, to the September 2025 solar flare warnings, before finishing up relating sunspots and solar activity to the number of G5-rated solar activity days. There are 8 questions total, but will involve reading and decoding that will take students considerable time. ❓What’s Inside Starter Phenomenon – concise reading + labeled Sun-layer diagram Current-Event Cluster – NOAA G3 solar-storm alert (Sept 15 2025) w

TLDR; 5 Quick, Regents-style analysis of stellar spectra and redshift. Students match spectral lines to identify elements, then interpret wavelength shifts to determine galaxy motion. Perfect for HS Earth & Space Science (HS-ESS1-2). Student pages + detailed answer key included Engage students with real science evidence! In this concise, standards-aligned mini-assessment, learners analyze emission/absorption spectra to identify elements in a star and use wavelength shifts to infer galaxy motio

I'm very excited to share this NGSS/NYSSLS aligned Moon Phase lab/learning experience with you. It is definitely something I will build on over time, but it's worked very well and I am definitely open to suggestions on how to make more of these VR experiences for you to love as much as I love making them. This lab has several components: 1. An optional VR portion where students look around as an observer on Earth and draw in the moon phases. This is a great opportunity to talk about the angle

Have students create a unique foldable to help collect and organize information related to the Big Bang, Cosmic Background Radiation and the Doppler Effect. The included graphic organizer tells students where to fold and cut. When assembled, they can make something unique and display their learning. Included:NYS/NGSS aligned reading (or, use your own) PDF. (Please let me know if you want the Apple Pages version, I can send that to you).A PDF of the foldableThe illustrator file, if you'd like

Have your students organize their information with a 6-tab folable. Just fold the dotted line so it is in the inside of the fold and you will end up with a nice graphic organizer for students to take notes about stars. Teaching a NYS Regents-level course? Included is a similar foldable WITH the star chart from the Reference Table included! Need some notes? I've got that covered with a reading that students can use to create their foldable! The notes also have QR codes students can scan to lear

Geared towards Middle to High School classes, a big idea is that the Moon is always half - lit as it revolves around the Earth. But, it's really tough to find a good diagram that lets students shade the overhead view, and the Earth's perspective view.