01:750:227
PHYSICS
AI-generated overview
Rutgers describes 227 as a calculus-based electromagnetism course with weekly problem solving, and student discussion consistently treats it as a very demanding lower-division physics class.
Official course materials combine twice-weekly lectures, weekly homework, recitation worksheets, in-class polling quizzes, and before-lecture reading expectations.
The Spring 2026 schedule moves week by week from electrostatics through Maxwell's equations with a new homework set and recitation almost every week.
The Rutgers 227 grading structure is built around homework, recitation work, quizzes, and exams rather than papers or multi-week projects in the lecture course itself.
Rutgers explicitly centers two in-class midterms plus a cumulative final, with grade-replacement rules tied to strong homework, recitation, and quiz performance.
The official synopsis calls for mastery of relevant mathematics in a calculus-based electromagnetism sequence covering fields, circuits, and Maxwell's equations.
Student advice emphasizes understanding problem setup and concepts over cramming formulas, and Rutgers provides formula sheets on exams.
The course spends much of the term on field, potential, and Maxwell-equation reasoning that is more conceptual than a purely plug-and-chug class.
Rutgers lists Calc II and prior physics as prerequisites, so weak preparation in earlier math or mechanics is likely to hurt quickly.
Students are expected to read textbook sections before lecture, but the official course structure makes problem solving a much bigger burden than long reading assignments.
Recent and older r/rutgers threads consistently treat 227 as a demanding lower-division physics course. The common advice is that weekly homework, recitation engagement, and genuine conceptual understanding matter much more than trying to memorize formulas at the last minute, and students also note that the course structure is heavier than a simple lecture-only class because it layers lectures, recitations, homework, lecture polling, and usually the separate 229 lab.
Student threads describe 227 as stressful or very hard, especially when paired with other technical classes, so the class should be planned as a serious time commitment rather than a routine science elective.
Across study-advice posts, the recurring recommendation is to stay current on homework and build conceptual understanding instead of waiting to cram procedures before exams.
Public discussion about attendance matches the official grading page's structure: lecture polling and recitation work make showing up materially important, not just optional good behavior.
Older student explanations describe recitation as quiz-and-problem-set time rather than filler, which aligns with the official course design around worksheet grading and weekly practice.
A practical chapter-by-chapter view from foundations to applications.
Module 1
The course begins by turning charge from a memorized idea into a field-based framework. Students work through Coulomb force, superposition, and the meaning of electric field so that later topics feel like extensions of one coherent picture instead of separate formulas.
Forces still matter, but 227 becomes easier when students think in terms of fields and potentials rather than isolated force formulas.
Many electrostatics and magnetostatics problems simplify only when students recognize geometric structure before writing equations.
Current, voltage, capacitance, and inductance are not a separate subject pasted onto the course; they are practical consequences of the same electric and magnetic principles.
Induction, waves, and AC circuits make more sense once students see that changing electric and magnetic fields continually generate and constrain one another.
Sketch the geometry and name the source of the field before choosing an equation.
Treat the official lecture-recitation-homework cycle as the main study engine, because exam prep is much harder when those layers are skipped.
Ask what the integral, derivative, sign, or vector direction means in the actual field configuration.
Keep linking induction, Maxwell's equations, and AC circuits back to the earlier electric-field and magnetic-field ideas.
0 open · Busch
| Section | Status | Instructor | Meeting | Campus |
|---|---|---|---|---|
| 0113504 | Closed | BARTYNSKI | Monday 8:45 AM-9:40 AM at PHY 001; Thursday 8:45 AM-9:40 AM at PHY 001; Tuesday 8:30 AM-9:50 AM at SEC 220PHY 001SEC 220 | Busch |
| 0213505 | Closed | BARTYNSKI | Monday 8:45 AM-9:40 AM at PHY 001; Thursday 8:45 AM-9:40 AM at PHY 001; Tuesday 10:20 AM-11:40 AM at LSH B116PHY 001LSH B116 | Busch |
| 0313506 | Closed | BARTYNSKI | Monday 8:45 AM-9:40 AM at PHY 001; Thursday 8:45 AM-9:40 AM at PHY 001; Tuesday 12:10 PM-1:30 PM at SEC 211PHY 001SEC 211 | Busch |
| 0413507 | Closed | BARTYNSKI | Monday 8:45 AM-9:40 AM at PHY 001; Thursday 8:45 AM-9:40 AM at PHY 001; Tuesday 2:00 PM-3:20 PM at SEC 206PHY 001SEC 206 | Busch |
| 0513508 | Closed | BARTYNSKI | Monday 8:45 AM-9:40 AM at PHY 001; Thursday 8:45 AM-9:40 AM at PHY 001; Tuesday 3:50 PM-5:10 PM at SEC 220PHY 001SEC 220 | Busch |
| 0613509 | Closed | BARTYNSKI | Monday 8:45 AM-9:40 AM at PHY 001; Thursday 8:45 AM-9:40 AM at PHY 001; Tuesday 5:40 PM-7:00 PM at SEC 211PHY 001SEC 211 | Busch |
| 0713510 | Closed | BARTYNSKI | Monday 8:45 AM-9:40 AM at PHY 001; Thursday 8:45 AM-9:40 AM at PHY 001; Wednesday 8:30 AM-9:50 AM at SEC 218PHY 001SEC 218 | Busch |
| 0813511 | Closed | BARTYNSKI | Monday 8:45 AM-9:40 AM at PHY 001; Thursday 8:45 AM-9:40 AM at PHY 001; Wednesday 10:20 AM-11:40 AM at SEC 218PHY 001SEC 218 | Busch |
| 0913512 | Closed | BARTYNSKI | Monday 8:45 AM-9:40 AM at PHY 001; Thursday 8:45 AM-9:40 AM at PHY 001; Wednesday 12:10 PM-1:30 PM at SEC 218PHY 001SEC 218 | Busch |
| 1013513 | Closed | BARTYNSKI | Monday 8:45 AM-9:40 AM at PHY 001; Thursday 8:45 AM-9:40 AM at PHY 001; Wednesday 2:00 PM-3:20 PM at SEC 218PHY 001SEC 218 | Busch |
| 1113514 | Closed | BARTYNSKI | Monday 8:45 AM-9:40 AM at PHY 001; Thursday 8:45 AM-9:40 AM at PHY 001; Wednesday 3:50 PM-5:10 PM at SEC 218PHY 001SEC 218 | Busch |
| 1213515 | Closed | BARTYNSKI | Monday 8:45 AM-9:40 AM at PHY 001; Thursday 8:45 AM-9:40 AM at PHY 001; Wednesday 5:40 PM-7:00 PM at SEC 218PHY 001SEC 218 | Busch |
| 1313516 | Closed | BARTYNSKI | Monday 8:45 AM-9:40 AM at PHY 001; Thursday 8:45 AM-9:40 AM at PHY 001; Wednesday 8:30 AM-9:50 AM at LSH B116PHY 001LSH B116 | Busch |
| 2013517 | Closed | BARTYNSKI | Monday 10:35 AM-11:30 AM at PHY 001; Thursday 10:35 AM-11:30 AM at PHY 001; Tuesday 8:30 AM-9:50 AM at ARC 204PHY 001ARC 204 | Busch |
| 2113518 | Closed | BARTYNSKI | Monday 10:35 AM-11:30 AM at PHY 001; Thursday 10:35 AM-11:30 AM at PHY 001; Tuesday 10:20 AM-11:40 AM at TIL 103BPHY 001TIL 103B | Busch |
| 2213519 | Closed | BARTYNSKI | Monday 10:35 AM-11:30 AM at PHY 001; Thursday 10:35 AM-11:30 AM at PHY 001; Tuesday 12:10 PM-1:30 PM at SEC 206PHY 001SEC 206 | Busch |
Historical student surveys
Teaching
3.88
Course quality
3.69
Response rate
49.2%
Coverage
80 offerings · 2014–2025
| Instructor | Offerings | Teaching | Quality |
|---|---|---|---|
| Podzorov V. | 6 | 4.05 | 3.87 |
| Chakhalian, Jak | 6 | 3.87 | 3.55 |
| Bartynski, Robert | 6 | 3.67 | 3.40 |
| Rabe, Karin | 5 | 4.52 | 4.34 |
| Gershenson M. | 5 | 3.54 | 3.54 |
| Mejias D. | 4 | 4.63 | 4.33 |
Catalog and planning context
Credits
3
Current campuses
Busch
Current availability
0 open of 33
Catalog terms
Fall, Spring, Summer
Core codes
NS
Loaded terms
5
((01:750:116 or 01:750:124 or 01:750:271) and (01:640:152))
No direct degree-list membership appears in the checked-in requirement index.
01:750:227
PHYSICS
AI-generated overview
Rutgers describes 227 as a calculus-based electromagnetism course with weekly problem solving, and student discussion consistently treats it as a very demanding lower-division physics class.
Official course materials combine twice-weekly lectures, weekly homework, recitation worksheets, in-class polling quizzes, and before-lecture reading expectations.
The Spring 2026 schedule moves week by week from electrostatics through Maxwell's equations with a new homework set and recitation almost every week.
The Rutgers 227 grading structure is built around homework, recitation work, quizzes, and exams rather than papers or multi-week projects in the lecture course itself.
Rutgers explicitly centers two in-class midterms plus a cumulative final, with grade-replacement rules tied to strong homework, recitation, and quiz performance.
The official synopsis calls for mastery of relevant mathematics in a calculus-based electromagnetism sequence covering fields, circuits, and Maxwell's equations.
Student advice emphasizes understanding problem setup and concepts over cramming formulas, and Rutgers provides formula sheets on exams.
The course spends much of the term on field, potential, and Maxwell-equation reasoning that is more conceptual than a purely plug-and-chug class.
Rutgers lists Calc II and prior physics as prerequisites, so weak preparation in earlier math or mechanics is likely to hurt quickly.
Students are expected to read textbook sections before lecture, but the official course structure makes problem solving a much bigger burden than long reading assignments.
Recent and older r/rutgers threads consistently treat 227 as a demanding lower-division physics course. The common advice is that weekly homework, recitation engagement, and genuine conceptual understanding matter much more than trying to memorize formulas at the last minute, and students also note that the course structure is heavier than a simple lecture-only class because it layers lectures, recitations, homework, lecture polling, and usually the separate 229 lab.
Student threads describe 227 as stressful or very hard, especially when paired with other technical classes, so the class should be planned as a serious time commitment rather than a routine science elective.
Across study-advice posts, the recurring recommendation is to stay current on homework and build conceptual understanding instead of waiting to cram procedures before exams.
Public discussion about attendance matches the official grading page's structure: lecture polling and recitation work make showing up materially important, not just optional good behavior.
Older student explanations describe recitation as quiz-and-problem-set time rather than filler, which aligns with the official course design around worksheet grading and weekly practice.
A practical chapter-by-chapter view from foundations to applications.
Module 1
The course begins by turning charge from a memorized idea into a field-based framework. Students work through Coulomb force, superposition, and the meaning of electric field so that later topics feel like extensions of one coherent picture instead of separate formulas.
Forces still matter, but 227 becomes easier when students think in terms of fields and potentials rather than isolated force formulas.
Many electrostatics and magnetostatics problems simplify only when students recognize geometric structure before writing equations.
Current, voltage, capacitance, and inductance are not a separate subject pasted onto the course; they are practical consequences of the same electric and magnetic principles.
Induction, waves, and AC circuits make more sense once students see that changing electric and magnetic fields continually generate and constrain one another.
Sketch the geometry and name the source of the field before choosing an equation.
Treat the official lecture-recitation-homework cycle as the main study engine, because exam prep is much harder when those layers are skipped.
Ask what the integral, derivative, sign, or vector direction means in the actual field configuration.
Keep linking induction, Maxwell's equations, and AC circuits back to the earlier electric-field and magnetic-field ideas.
0 open · Busch
| Section | Status | Instructor | Meeting | Campus |
|---|---|---|---|---|
| 0113504 | Closed | BARTYNSKI | Monday 8:45 AM-9:40 AM at PHY 001; Thursday 8:45 AM-9:40 AM at PHY 001; Tuesday 8:30 AM-9:50 AM at SEC 220PHY 001SEC 220 | Busch |
| 0213505 | Closed | BARTYNSKI | Monday 8:45 AM-9:40 AM at PHY 001; Thursday 8:45 AM-9:40 AM at PHY 001; Tuesday 10:20 AM-11:40 AM at LSH B116PHY 001LSH B116 | Busch |
| 0313506 | Closed | BARTYNSKI | Monday 8:45 AM-9:40 AM at PHY 001; Thursday 8:45 AM-9:40 AM at PHY 001; Tuesday 12:10 PM-1:30 PM at SEC 211PHY 001SEC 211 | Busch |
| 0413507 | Closed | BARTYNSKI | Monday 8:45 AM-9:40 AM at PHY 001; Thursday 8:45 AM-9:40 AM at PHY 001; Tuesday 2:00 PM-3:20 PM at SEC 206PHY 001SEC 206 | Busch |
| 0513508 | Closed | BARTYNSKI | Monday 8:45 AM-9:40 AM at PHY 001; Thursday 8:45 AM-9:40 AM at PHY 001; Tuesday 3:50 PM-5:10 PM at SEC 220PHY 001SEC 220 | Busch |
| 0613509 | Closed | BARTYNSKI | Monday 8:45 AM-9:40 AM at PHY 001; Thursday 8:45 AM-9:40 AM at PHY 001; Tuesday 5:40 PM-7:00 PM at SEC 211PHY 001SEC 211 | Busch |
| 0713510 | Closed | BARTYNSKI | Monday 8:45 AM-9:40 AM at PHY 001; Thursday 8:45 AM-9:40 AM at PHY 001; Wednesday 8:30 AM-9:50 AM at SEC 218PHY 001SEC 218 | Busch |
| 0813511 | Closed | BARTYNSKI | Monday 8:45 AM-9:40 AM at PHY 001; Thursday 8:45 AM-9:40 AM at PHY 001; Wednesday 10:20 AM-11:40 AM at SEC 218PHY 001SEC 218 | Busch |
| 0913512 | Closed | BARTYNSKI | Monday 8:45 AM-9:40 AM at PHY 001; Thursday 8:45 AM-9:40 AM at PHY 001; Wednesday 12:10 PM-1:30 PM at SEC 218PHY 001SEC 218 | Busch |
| 1013513 | Closed | BARTYNSKI | Monday 8:45 AM-9:40 AM at PHY 001; Thursday 8:45 AM-9:40 AM at PHY 001; Wednesday 2:00 PM-3:20 PM at SEC 218PHY 001SEC 218 | Busch |
| 1113514 | Closed | BARTYNSKI | Monday 8:45 AM-9:40 AM at PHY 001; Thursday 8:45 AM-9:40 AM at PHY 001; Wednesday 3:50 PM-5:10 PM at SEC 218PHY 001SEC 218 | Busch |
| 1213515 | Closed | BARTYNSKI | Monday 8:45 AM-9:40 AM at PHY 001; Thursday 8:45 AM-9:40 AM at PHY 001; Wednesday 5:40 PM-7:00 PM at SEC 218PHY 001SEC 218 | Busch |
| 1313516 | Closed | BARTYNSKI | Monday 8:45 AM-9:40 AM at PHY 001; Thursday 8:45 AM-9:40 AM at PHY 001; Wednesday 8:30 AM-9:50 AM at LSH B116PHY 001LSH B116 | Busch |
| 2013517 | Closed | BARTYNSKI | Monday 10:35 AM-11:30 AM at PHY 001; Thursday 10:35 AM-11:30 AM at PHY 001; Tuesday 8:30 AM-9:50 AM at ARC 204PHY 001ARC 204 | Busch |
| 2113518 | Closed | BARTYNSKI | Monday 10:35 AM-11:30 AM at PHY 001; Thursday 10:35 AM-11:30 AM at PHY 001; Tuesday 10:20 AM-11:40 AM at TIL 103BPHY 001TIL 103B | Busch |
| 2213519 | Closed | BARTYNSKI | Monday 10:35 AM-11:30 AM at PHY 001; Thursday 10:35 AM-11:30 AM at PHY 001; Tuesday 12:10 PM-1:30 PM at SEC 206PHY 001SEC 206 | Busch |
Historical student surveys
Teaching
3.88
Course quality
3.69
Response rate
49.2%
Coverage
80 offerings · 2014–2025
| Instructor | Offerings | Teaching | Quality |
|---|---|---|---|
| Podzorov V. | 6 | 4.05 | 3.87 |
| Chakhalian, Jak | 6 | 3.87 | 3.55 |
| Bartynski, Robert | 6 | 3.67 | 3.40 |
| Rabe, Karin | 5 | 4.52 | 4.34 |
| Gershenson M. | 5 | 3.54 | 3.54 |
| Mejias D. | 4 | 4.63 | 4.33 |
Catalog and planning context
Credits
3
Current campuses
Busch
Current availability
0 open of 33
Catalog terms
Fall, Spring, Summer
Core codes
NS
Loaded terms
5
((01:750:116 or 01:750:124 or 01:750:271) and (01:640:152))
No direct degree-list membership appears in the checked-in requirement index.
