New York Regents Examination in Earth and Space Sciences Study Guide

Three hours, 45 to 55 questions arranged in 9 to 11 clusters, every question worth exactly one credit. Roughly 60 percent of those questions are multiple choice and roughly 40 percent are constructed response, so a form in the middle of the range gives you around 30 questions you can answer by selecting and around 20 you have to write.

The number that surprises most students is the passing mark. A 65 is a scale score, not a percentage. On the June 2026 form, 21 raw credits out of 50 converted to a 65 — under half. Across the four administrations published so far the figure has moved between 21 and 24 credits, because NYSED publishes a fresh conversion chart for every administration and the chart from a previous exam must never be reused. A 37 on that same June 2026 form converted to an 85.

Read that as encouragement rather than as permission to coast. It means a constructed-response question you half-answer is still worth chasing, and it means leaving items blank is the most expensive habit you can bring into the room.

NYSED publishes a topic-level blueprint with percent ranges rather than fixed counts. Space Systems, Earth's Systems, and Human Sustainability each take 20 to 31 percent. History of Earth and Weather and Climate each take 11 to 20 percent. Engineering, Technology, and the Applications of Science takes 3 to 9 percent, and those skills also show up inside questions aligned to the other topics rather than only in their own items.

Add the three big topics together and you are looking at roughly two thirds of the exam. Human Sustainability sitting level with Space Systems and Earth's Systems is the single biggest change from the old Physical Setting course, where human impact was a closing unit rather than a third of the assessment. Resource use, hazard mitigation, climate response, and the trade-offs in engineered solutions are core content now.

Every question measures the New York State P-12 Science Learning Standards, and each one draws on all three dimensions at once: a science and engineering practice, a disciplinary core idea, and a crosscutting concept. In practice that means you are asked to analyze data, construct an explanation, or evaluate a design rather than to state a definition.

This is the structural feature that catches students who prepared with old Physical Setting papers. Questions are not independent. They are organized into clusters that follow an assessment storyline: an introduction telling you how many questions belong to the cluster, then several stimuli — a map, a data table, a graph, a photo, a short passage — and then questions that draw on one or more of those stimuli.

NYSED warns explicitly that the number of stimuli and the scale of real-world source material will likely be greater than students have seen on prior science Regents exams. That has a practical consequence for your clock. You cannot skim a cluster's stimuli; you have to read them once, properly, because four or five questions depend on them. Time spent understanding the setup at the start of a cluster is recovered on every question inside it.

It also changes how you use partial knowledge. Within a cluster each answer can add to a developing explanation, model, or design solution, so an idea you establish in the first question often frames the third and fourth. If a cluster is going badly, finish it anyway before moving on rather than half-abandoning a context you already paid to load.

Start with the reference tables, not with content review. The exam requires a NYSED-provided reference table that contains information you are expected to locate and apply rather than memorize, and the June 2026 booklet directed students to the 2024 Edition. Every hour you spend learning where things live in that booklet is an hour you do not spend hunting during the exam. Practise finding a value under time pressure until the lookup is automatic.

Then work with released exams rather than topic quizzes. NYSED publishes the full booklet, scoring key, rating guide, and conversion chart for every administration since the first in June 2025, which gives you four complete authentic forms. Sit one under real conditions — three hours, calculator, reference tables, no phone — and score it with the rating guide, which shows you exactly what a scorer accepts on constructed-response items.

Weight your content review toward the blueprint. If Space Systems, Earth's Systems, and Human Sustainability can each reach 31 percent, they deserve more of your time than a topic capped at 20 percent. Practise writing constructed-response answers out loud in one or two sentences, because the most common way to lose credit is answering a different question from the one asked.

You get three hours. Each student is provided a four-function or scientific calculator for their exclusive use for the entire examination, and graphing calculators are not permitted. Your school prints a clean copy of the reference tables for you, so there is nothing to bring and nothing to mark up in advance.

The communications device rule is absolute and worth repeating to yourself in the corridor: possession or use of any communications device is strictly prohibited during the examination, no matter how briefly, and the consequence is an invalidated exam with no score calculated. Leave the phone in a locker or at home.

Answers to multiple-choice questions go on the separate answer sheet; constructed-response answers go in the test booklet. Write in pen except for graphs and drawings, which should be in pencil. And sign the declaration on the answer sheet at the end, because an unsigned answer sheet and booklet cannot be accepted.

On pacing, three hours across roughly 50 one-credit questions is generous by Regents standards. Spend it on the constructed-response items, which is where the credits are hardest to earn and easiest to leave on the table.

Your raw credit total is converted to a scale score using the chart NYSED publishes for that administration, and the scale score is the score that goes on your record. There are five performance levels. Level 3 is the one that matters for graduation: students at Level 3 minimally meet the expectations of the standards and meet the content area requirements for a Regents diploma, though they may need extra support in later coursework. Level 5 means meeting the standards with distinction.

A course aligned to the Earth and Space Sciences standards counts as a physical science course under the diploma regulations, which matters when you are planning the rest of your science sequence. Admission to the exam also depends on the 1,200-minute laboratory requirement, and a student who completed the lab requirement is eligible to sit the exam regardless of whether they passed the course itself.

If you need to retake, the exam is offered at the January, June, and August administrations. Use the interval properly: pull the conversion chart and rating guide for the form you sat, work out which topics cost you credits, and drill those rather than re-reading everything.