NY Regents Physics Exam Guide 2026: Reference Tables, Topics, and Practice Strategy

NY Regents Physics 2026: The Direct Answer

The 2026 NY Regents Physics exam is best approached as a data-and-modeling test, not as a long formula memorization test. NYSED's current exam is the Regents Examination in Physical Science: Physics, aligned to the New York State P-12 Science Learning Standards. The official NYSED Physical Science: Physics page points students and teachers to the educator guide, sample clusters, rating guide, and reference-table materials that define the new exam.

The most important shift for 2026 is the format. The NYSED educator guide describes an exam built from 9 to 11 question clusters, 45 to 55 total questions, about 60 percent multiple choice and about 40 percent constructed response, with a 3-hour testing session. Each cluster uses a phenomenon or storyline with passages, data tables, graphs, diagrams, or photos. That means a strong student is not just plugging numbers into equations. A strong student is reading a physical situation, choosing the right model, using the reference tables efficiently, interpreting evidence, and writing a short explanation that matches the prompt.

free NY Regents Physics practice questionsPractice questions with detailed explanations

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Current Exam Snapshot

For scoring, do not confuse a scale score with a raw percent. NYSED's Regents scoring explanation says Regents final scores are not simple percentages or raw scores. The state converts raw performance to the 0 to 100 Regents scale, and 65 represents the standard passing scale score. As of this article's June 11, 2026 update, NYSED's June 2026 scoring information page listed Physical Science: Physics for Wednesday, June 10, 2026 at 1:15 p.m. and said the conversion chart would be available no later than June 26, 2026.

There is also a transition issue. Some schools and older prep pages still say Physical Setting/Physics. That is the legacy Regents exam, and old released exams remain useful for isolated skill practice. But if your course is preparing you for Physical Science: Physics, the safest source is NYSED's new Physical Science: Physics materials, not a legacy outline that assumes 85 questions and Parts A, B, and C.

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The Reference Tables Are a Strategy Tool, Not a Shortcut

NYSED says the 2025 Physics Reference Tables should be used in the classroom beginning in the 2025-26 school year and that the first exam using them is the June 2026 Regents Examination in Physics. The reference tables contain constants, prefixes, vector relationships, motion and force equations, energy equations, wave and optics equations, electromagnetic spectrum information, electricity formulas, circuit symbols, and series/parallel circuit relationships. The key is not simply knowing that these pages exist. The key is knowing which page you need before you panic.

Use this three-step routine on every calculation item:

1. Name the quantity the question asks for. Is it force, acceleration, energy, power, frequency, wavelength, current, voltage, resistance, focal length, or photon energy?
2. Match the quantity to a model before substituting. For example, average speed, net force, gravitational potential energy, wave speed, Ohm's law, Snell's law, or circuit power.
3. Check units and reasonableness. If the answer asks for current, the unit should be amperes. If the answer asks for energy, the unit should be joules. If the answer asks for a direction, a number alone is incomplete.

Page habits matter. For mechanics, know where to find kinematics, Fnet = ma, momentum, gravitational force, circular motion, and vector components. For energy, know the difference between kinetic energy, gravitational potential energy, spring potential energy, work, power, thermal energy, and efficiency. For waves, know v = f lambda, period-frequency relationships, photon energy, law of reflection, index of refraction, Snell's law, and lens relationships. For electricity, know electrostatic force, electric field, electrical work, power, Ohm's law, current, circuit symbols, and the series/parallel rules.

The reference tables do not decide which equation applies. That is your job. If a cluster describes a bungee jumper, the important idea may be gravitational potential energy, spring potential energy, kinetic energy, energy conservation, air resistance, or a force model depending on the exact question. If a cluster describes headlights, mirrors, or lenses, the important idea may be ray behavior, focal length, image orientation, or evidence from a diagram. Practice should train that choice.

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What to Prioritize by Topic

The official blueprint gives ranges, not exact item counts. The largest areas are Energy at 26 to 38 percent, Waves and Electromagnetic Radiation at 26 to 38 percent, and Forces and Interactions at 20 to 32 percent. Smaller but still testable areas include Structure and Properties of Matter, Earth and Space Systems, and Engineering, Technology, and Applications of Science. Because every question also draws on science practices and crosscutting concepts, even a formula question may ask you to interpret data, evaluate a model, or explain a pattern.

Forces and mechanics: Be fluent with displacement versus distance, speed versus velocity, acceleration, free-body diagrams, net force, Newton's laws, gravitational force, momentum, impulse, and circular motion. Common traps include treating velocity as speed without direction, adding forces without signs, choosing mass when the question asks for weight, and forgetting that a balanced object can still have forces acting on it.

Energy: Expect energy conservation, work, power, kinetic energy, gravitational potential energy, spring energy, thermal energy, and efficiency. Energy questions often ask what happens to a system, not just one object. If a jumper, cart, spring, field, or device is part of the system, identify energy entering, leaving, stored, or transformed. A correct answer may need words such as transferred, converted, conserved, dissipated, or removed from the mechanical system.

Waves and electromagnetic radiation: This area is large and easy to under-study. Know wave speed, frequency, wavelength, period, reflection, refraction, lenses, images, electromagnetic spectrum order, photon energy, and how radiation interacts with matter. A common trap is thinking higher wavelength means higher photon energy. Since E = hf, higher frequency means higher photon energy. Another trap is treating the electromagnetic spectrum diagram as exactly to scale; use it for order and approximate ranges, not as a ruler.

Electricity and magnetism: Circuits deserve repeated practice. In a series circuit, current is the same through each component and equivalent resistance adds. In a parallel circuit, voltage is the same across branches and total current adds. Students lose points when they mix these rules, put an ammeter in parallel, read a voltmeter as if it measures current, or calculate power with the wrong voltage. Electric force and field questions also require sign awareness: a positive test charge follows the electric field direction, while a negative charge experiences force in the opposite direction.

Modern physics, matter, and space contexts: The new reference tables include photon energy, constants, and electromagnetic spectrum information, so modern-physics style reasoning can appear in radiation and matter contexts. You should know how frequency, wavelength, and photon energy relate; how spectra provide evidence; and how redshift or electromagnetic observations can support Earth and space science claims. These items are often more about evidence and interpretation than long calculation.

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How to Read Cluster Questions

A cluster is not just a paragraph followed by unrelated questions. NYSED's sample clusters show a storyline, multiple stimuli, and questions that build on a shared phenomenon. The sample physics clusters include contexts such as bungee jumping, automotive optics, and world record jumps. The matching sample rating guide shows that even short constructed responses are scored for specific evidence, diagrams, relationships, or model statements.

Use this cluster routine:

1. Read the cluster title and first paragraph for the physical system.
2. Circle or note quantities with units: mass, height, time, speed, distance, voltage, resistance, angle, frequency, wavelength, temperature, or energy.
3. Identify each stimulus type. A graph may give slope, area, intercept, or trend. A diagram may give direction, force relationships, ray paths, or circuit layout. A table may require comparison, pattern finding, or unit conversion.
4. Answer each question from the evidence available. Do not import a number from a previous question unless the prompt tells you to use it.
5. For constructed response, write the model or reasoning, not just the final answer.

Graph interpretation is a major score separator. On a position-time graph, slope represents velocity. On a velocity-time graph, slope represents acceleration and area can represent displacement. On a force-extension graph, slope can represent spring constant and area can connect to work or stored energy depending on the setup. On a circuit graph, slope may represent resistance or conductance depending on which variable is on each axis. Always read the axes, units, and scale before calculating.

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Constructed Response: How to Earn the Point

Constructed-response questions on this exam are usually short, but short does not mean vague. A one-credit response may ask for a calculation setup, a completed model, a diagram, a claim supported by a mathematical relationship, or a brief explanation. The scorer is not grading your effort. The scorer is looking for the required evidence.

A strong constructed response usually has four parts:

• The model or equation you are using.
• Substitution with units when numbers are involved.
• The result with a unit or direction.
• A short sentence that connects the result to the physical claim.

For example, if a prompt asks whether data support a claim about force, do not only write yes. Show the relationship, calculate the relevant quantity, and state whether that value supports or refutes the claim. If a prompt asks for a ray diagram, draw the required rays neatly with a ruler and match the question's mirror or lens. If a prompt asks for an energy model, show the relative quantities the prompt asks for, not a generic bar chart.

The best practice habit is to review wrong constructed responses by asking what evidence was missing. Was the equation right but the unit missing? Was the calculation right but the claim not stated? Was the graph read from the wrong axis? Did the answer use total distance when displacement was needed? Every miss should produce a specific correction.

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Common NY Regents Physics Traps

Using old-format assumptions. Some pages still describe an 85-question Physical Setting/Physics exam with Parts A, B-1, B-2, and C. That may help legacy retakers, but it is not the new Physical Science: Physics design.

Memorizing formulas without choosing models. The reference tables give formulas, but the exam asks you to choose the right relationship from context.

Dropping direction. Velocity, displacement, acceleration, force, field direction, and vector components can require direction. A magnitude alone may not answer the question.

Mixing circuit rules. Series and parallel circuits behave differently. Practice enough that current, voltage, and resistance rules become automatic.

Reading graph shape instead of graph meaning. The meaning of a slope depends on the axes. A steeper line is not always the answer unless you know what the line represents.

Treating scale score as percent correct. NYSED explicitly says Regents scores are scaled. Use raw practice scores for study feedback, but do not claim that 65 means 65 percent correct.

Writing explanations that are true but not tied to the prompt. Constructed response rewards the specific evidence requested. A general physics fact may not earn credit if it does not answer the question.

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A Practical Study Plan

If your exam is close, prioritize mixed practice over rereading. Spend the first session learning the reference tables. Spend the next sessions by topic: mechanics, energy, waves and optics, electricity, and data/constructed response. Then switch to mixed clusters so your brain has to decide which model applies.

A 10-day review can look like this:

If you have more time, stretch each content day into two or three days and add old Physical Setting/Physics released items only as supplementary drills. Use old items for individual skills such as circuits, waves, forces, and energy, but keep returning to new-format clusters because the 2026 exam expects more reading, evidence, and model use.

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How to Use OpenExamPrep Practice

free NY Regents Physics practicePractice questions with detailed explanations

Do not just count correct answers. After each practice set, sort misses into causes:

• wrong formula or model
• unit conversion or prefix error
• sign or direction error
• graph axis mistake
• circuit rule mix-up
• wave-frequency-energy confusion
• constructed-response evidence missing
• read the question too fast

Then fix the cause. If your misses are mostly graph-related, drill axes and slopes. If your misses are mostly circuits, make a one-page series-versus-parallel table and practice until you can explain it without looking. If your misses are constructed response, rewrite short explanations using the model-evidence-claim structure. That review loop is more valuable than doing a large number of questions with no diagnosis.

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Official Sources to Keep Open

Use official sources for exam structure, scoring, reference tables, sample clusters, and administration details:

• NYSED Physical Science: Physics - official hub for the new exam, educator guide, sample clusters, and rating guide.
• Educator Guide to the Regents Examination in Physical Science: Physics - official test design, blueprint, cluster format, question types, timing, and materials.
• Reference Tables for Physics and the 2025 reference-table PDF - official formula and constant tables for the new exam.
• Physical Science: Physics Sample Clusters - official sampler for cluster style.
• Physical Science: Physics Sample Rating Guide - official examples of how sample answers are credited.
• How Are Regents Examinations Scored? - official explanation of scale scores and why 65 is not raw percent correct.
• June 2026 Regents Examination Scoring Information - official June 2026 administration and scoring update page.

Bottom Line

NY Regents Physics practice questionsPractice questions with detailed explanations