Table of contents

What is the Physics Regents Score Calculator?

The Physics Regents Score Calculator is a score-estimation and study-planning tool for students taking New York State Physics Regents exams. It supports two important exam versions. The first is Physical Setting/Physics, the legacy exam aligned to the older core curriculum. The second is Physical Science: Physics, the newer NYSP-12SLS exam that uses question clusters, scientific practices, data interpretation, modeling, and evidence-based reasoning.

A calculator like this is necessary because Physics Regents scoring does not work like a normal classroom percentage. Students earn raw-score credits first. Those raw credits are then converted to a scale score using an official conversion chart for that specific administration. A raw percentage can help a student understand how many credits were earned, but it is not the same as the reported Regents score.

In Physical Setting/Physics mode, this calculator uses the latest publicly posted conversion chart available from NYSED: the June 2025 chart. On that public chart, raw score 49 converts to scale score 65. Since NYSED conversion charts change by administration, this chart should be treated as a planning guide for later exams until the correct chart for that exam is released.

In Physical Science: Physics mode, the calculator is marked as an estimate. The new exam uses a variable total number of questions, generally between 45 and 55. Because the official scale chart for a given new exam is released only with the administration’s scoring materials, this tool normalizes a practice-form score to the 85-point legacy chart. That makes it useful for planning, but not official final scoring.

The tool includes raw-score mode, section-score mode, and an improvement planner. Raw-score mode is fastest if you already know your total raw credits. Section-score mode lets you enter Part A, Part B-1, Part B-2, and Part C for the legacy exam, or multiple-choice and constructed-response credits for the newer exam. Improvement-planner mode estimates what happens if you gain additional raw points through review.

The goal planner shows how many more raw points may be needed to reach a selected target score. For many students, scale 65 is the common passing target. A stronger student may aim for 75, 85, or 90. A student should avoid aiming for exactly the minimum because one missed constructed-response credit can change the result.

How Physics Regents scoring works

Physics Regents scoring begins with raw credits. A raw credit is the direct point value earned from a question. Multiple-choice questions usually receive either full credit or no credit. Constructed-response questions may receive partial credit depending on the rating guide. After all raw credits are added, the raw score is converted to a scale score.

Physical Setting/Physics scoring

The Physical Setting/Physics exam has four main parts. The current 2026 administration directions describe Part A as 35 multiple-choice questions, Part B-1 as 15 multiple-choice questions, Part B-2 as 11 constructed-response questions worth a total of 15 raw credits, and Part C as 14 constructed-response questions worth a total of 20 raw credits. The total raw-score maximum is 85.

On the June 2025 public chart, a raw score of 49 converts to a scale score of 65. A raw score of 59 converts to 75. A raw score of 69 converts to 85. These values are useful for practice planning, but not permanent rules. Students should always use the official chart for the administration they actually took.

Physical Science: Physics scoring

The new Physical Science: Physics exam is built around 9 to 11 clusters. A cluster uses a storyline, phenomenon, data table, graph, diagram, or other stimulus. Questions in the cluster can include multiple-choice and constructed-response items. The test design indicates approximately 60 percent multiple choice and 40 percent constructed response, with a total of about 45 to 55 questions.

Physical Science: Physics requires students to complete local investigations before admission to the Regents exam. Those investigation scores prepare students for the written exam, but the investigation scores are not reported to the State and are not included in the final written-test score. The written exam is still scored through official raw-score credits and a conversion chart.

Raw percentage versus scale score

A raw percentage is easy to calculate, but it is not the official score. The official score is the scale score after chart conversion.

This distinction matters. A student might earn 49 out of 85 raw credits, which is about 57.6 percent as a raw percentage. On the June 2025 public chart, that converts to a scale score of 65. That is why a Regents-specific calculator is more appropriate than a generic percentage calculator.

Calculator and reference-table rules

Students taking Physical Setting/Physics must have a scientific or graphing calculator without symbol manipulation. Students also use reference tables, a centimeter ruler, and a protractor. For Physical Science: Physics, students use the new Physics reference tables, scientific calculators are required, graphing calculators are permitted under NYSED rules, and students must be provided with a ruler and protractor. Schools and students should always follow the most current NYSED directions for the exact administration.

Physics Regents score table

The table below updates automatically based on the selected calculator mode. In Physical Setting/Physics mode, it shows the June 2025 public raw-to-scale conversion chart. In Physical Science: Physics mode, it shows an estimated planning conversion based on the selected practice-form maximum. Replace the Physical Science estimate with the official chart when NYSED releases the administration chart.

Full conversion chart

Passing guidance

A scale score of 65 is the common Regents passing score for many students. Some students may have individual diploma pathways, appeals, local diploma rules, or safety-net provisions. Students should confirm graduation implications with their school counselor or district.

Students should not aim for exactly 65 on practice exams. A score of 65 has no cushion. A score in the 70s gives better protection against test-day mistakes. A score of 85 or higher is a strong Physics Regents target because it suggests a more stable command of concepts, math setup, graphs, units, and explanations.

Physics Regents exam timetable

The 2026 schedule includes both the new Physical Science: Physics exam and the legacy Physical Setting/Physics exam. Students must confirm which exam they are taking. The newer Physical Science: Physics exam is aligned to the NYSP-12SLS. The legacy Physical Setting/Physics exam is aligned to the older core curriculum.

Physics Regents course overview

Physics Regents preparation requires more than memorizing formulas. Students must understand forces, motion, energy, momentum, waves, electricity, magnetism, nuclear processes, models, graphs, units, and scientific evidence. The newer Physical Science: Physics exam places even more emphasis on scientific practices, cluster-based reasoning, modeling, data analysis, and argument from evidence.

Major Physics topic areas

Important Physics formulas and relationships

A strong Physics Regents student knows formulas, but more importantly, knows when each formula applies and what each variable means. The following formulas represent high-value Regents physics relationships.

Students should use formulas with units. A correct numeric value without units can be incomplete. Physics also rewards reasoning from graphs and diagrams. A student should be able to explain the meaning of a slope, the area under a curve, the direction of a force, and the conservation law that applies to a situation.

How to use your Physics Regents score result to study smarter

The calculator result should become a study decision. Do not only ask whether the score passed. Ask where the raw credits were lost. A student who loses many multiple-choice points needs broad concept review. A student who loses constructed-response points may know the content but need better diagrams, units, substitutions, graph reading, or explanation quality.

If your scale score is below 55

Start with foundations. Review units, vectors, motion graphs, Newton’s laws, free-body diagrams, energy, momentum, circuits, and waves. Use short practice sets instead of only full exams. Keep an error log. For every missed question, label the cause: concept gap, formula choice, algebra mistake, unit mistake, graph mistake, diagram mistake, or weak written explanation.

If your scale score is 55–64

You are below the common passing range but close enough for targeted improvement. Prioritize high-yield raw points: simple kinematics, free-body diagrams, circuit basics, wave relationships, and formula substitution. Then practice constructed-response questions where partial credit is possible. Showing the correct equation, substitution, units, and diagram can recover valuable raw points.

If your scale score is 65–74

You are in the passing range but should build a cushion. Focus on the questions that caused the most lost raw points. Many students in this band improve by becoming cleaner and more consistent: draw diagrams, write equations before substituting numbers, carry units, and explain the physical meaning of the result.

If your scale score is 75–84

You have a stronger passing cushion. To move higher, practice multi-step reasoning. Physics questions often combine a diagram, equation, graph, and concept. Work on questions where you must choose between energy, momentum, force, and circuit models.

If your scale score is 85 or higher

You are in a strong performance band. Maintain accuracy with full timed practice. Focus on difficult constructed-response questions, conservation laws, circular motion if included in your course, electric fields, circuit analysis, wave behavior, and evidence-based explanations.

Ten practical Physics Regents preparation rules

• Use official NYSED materials: They match the wording, reference-table style, and scoring expectations.
• Confirm your exam version: Physical Setting/Physics and Physical Science: Physics are not the same exam.
• Master the reference tables: Know where formulas and constants are located before test day.
• Draw diagrams: Free-body diagrams, circuit diagrams, ray diagrams, and wave diagrams reduce errors.
• Write units: Physics answers without units can be incomplete or misleading.
• Use graphs actively: Slope and area often have physical meaning.
• Choose the model first: Decide whether the problem needs force, energy, momentum, wave, or circuit reasoning.
• Show substitutions: Constructed-response credit often depends on visible work.
• Build a cushion above 65: Do not aim for the exact minimum on practice tests.
• Update the chart: Use the official conversion chart for the exact administration.

Frequently asked questions

Official source links for users