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Resistive Circuit (R-Circuit)

NEET > Physics > Electromagnetic Induction and Alternating Currents > Alternating Current > Resistive Circuit (R-Circuit)

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Overview content

Topic 8 of 18 โ€ข Chapter: Alternating Current โ€ข Physics

Resistive Circuit (R-Circuit) โ€“ Complete Notes, Revision, Important Questions & Downloads

Resistive Circuit (R-Circuit) in Alternating Current is built around Current and Voltage in Pure Resistance. NEET tests Resistive Circuit (R-Circuit) through direct AC-circuit identification, phase comparison, or one-step numerical substitution after the correct subtopic is recognized. A standard trigger is i = iโ‚€ sin ฯ‰t, so the safe route is to map the wording back to the exact AC condition before any substitution. This page stays inside the Class 12 NEET scope: it keeps the textbook definitions, adds exam-useful trap checks, and avoids transformer or generator extensions that are outside the assigned OCR pages.

โฌ‡ Download Notes PDFView Important Questions โ†’
1 SubtopicsTheoryEasy Difficulty
Expected QuestionsQ
1-2
Resistive Circuit (R-Circuit) appears as a direct AC-circuit tool; sometimes it is asked standalone, and sometimes it is embedded inside a larger RLC or phase-based question.
Time Requiredโฑ
40 min
One pass to lock the formulas and phase relations, and one pass to solve NEET-style stems that force you to distinguish Resistive Circuit (R-Circuit) from neighboring AC cases.
Difficultyโšก
Easy
Resistive Circuit (R-Circuit) is easy because the result is often short, but the setup is easy to misread if you miss the phase, reactance, or resonance condition first.
NRI USA Curriculum GapUS
Medium
AP Physics C usually covers the broad AC idea, but NEET expects faster textbook-speed recognition of Resistive Circuit (R-Circuit), especially when the stem hides the answer inside standard 50 Hz or phasor language.
1Subtopics
4Practice Questions
2Free Downloads
40 minPrep Time
โฌ‡ Get Free Downloads

NEET Weightage โ€” Resistive Circuit (R-Circuit)

Alternating Current (Chapter 24)
NEET YearQuestions from this TopicBarMarks
20241
ย 
1 Q
4
20230
ย 
0 Q
0
20221
ย 
1 Q
4
20210
ย 
0 Q
0
20201
ย 
1 Q
4
20190
ย 
0 Q
0
6-Year Pattern (2019โ€“2024)1-2ย 4-8
Resistive Circuit (R-Circuit) is usually unlocked by spotting the right AC condition first: Current and Voltage in Pure Resistance is not interchangeable with the neighboring cases even when the symbols look similar.
NEET uses Resistive Circuit (R-Circuit) operationally: the question often asks for a phase relation, reactance effect, or power consequence rather than the naked definition alone.

The most reliable mark-saving habit in Resistive Circuit (R-Circuit) is to check whether the circuit is resistive, inductive, capacitive, or resonant before simplifying any formula.
๐Ÿ“Š
1-2
Avg Questions / Year
๐ŸŽฏ
4-8
Total Marks (6 yrs)
๐Ÿ“ˆ
Direct
Pattern
โš ๏ธ
Easy
Difficulty

Exam Strategy for Resistive Circuit (R-Circuit)

1

Lock one usable rule for each Resistive Circuit (R-Circuit) subtopic Write one formula or one exact textbook statement for Current and Voltage in Pure Resistance. Attach one validity condition to each so you know when the relation is legal in NEET.

2

Classify the circuit before calculating Decide whether the stem is describing pure R, pure L, pure C, a mixed AC circuit, or a resonance condition. That classification tells you which part of Resistive Circuit (R-Circuit) is actually active.

3

Check phase or power before the final option In Resistive Circuit (R-Circuit), the last mistake is usually a missed lead-lag relation, a wrong power factor, or confusion between impedance and reactance. Run that trap check before you stop.

4

Revise Resistive Circuit (R-Circuit) with mixed AC stems After revising the page once, solve short chapter-level questions that force you to distinguish Current and Voltage in Pure Resistance from the neighboring AC cases. That is much closer to the way NEET actually uses this topic.

Download Study Notes โ€” Resistive Circuit (R-Circuit)

PDF ยท Cheat Sheet ยท MCQ Set ยท PYQ
๐Ÿ“˜
Full Notes โ€” Resistive Circuit (R-Circuit)
Concise notes covering all 1 Resistive Circuit (R-Circuit) subtopics: key formulas, conditions, and one worked example per subtopic.
Current and Voltage in Pure Resistance
Download Notes
๐Ÿ“—
Formula Sheet โ€” Resistive Circuit (R-Circuit)
Single-page formula reference for all Resistive Circuit (R-Circuit) formulas tested in NEET Physics.
i = iโ‚€ sin ฯ‰tiโ‚€ = Vโ‚€/RP = VrmsยทIrms = (Vโ‚€Iโ‚€)/2
Download Formula Sheet
๐Ÿ“™
MCQ Practice Questions โ€” Resistive Circuit (R-Circuit)
Graded MCQ set embedding Resistive Circuit (R-Circuit) inside NEET Physics scenarios. Covers all 1 subtopics.
4 MCQ practice questionsEasy to hardAC circuit scenarios
Download MCQ Set
๐Ÿ“’
Previous Year Questions (PYQ) โ€” Resistive Circuit (R-Circuit)
PYQ-pattern MCQs for Resistive Circuit (R-Circuit) in NEET Physics with full solutions and NEET 2019โ€“2024 pattern notes.
PYQ-pattern MCQsFull solution explanationsNEET 2019โ€“2024 pattern coverage
Download PYQ Set

Subtopics in Resistive Circuit (R-Circuit)

2-Column Table
Column AColumn B
Current and Voltage in Pure Resistanceโ†—

Rapid Revision โ€” Resistive Circuit (R-Circuit)

Concept โ†’ Trap โ†’ Example

1) Current and Voltage in Pure Resistance

Formula + Condition

Phase difference between voltage and current: ฯ† = 0ยฐ

  • Use Current and Voltage in Pure Resistance only when the stem is explicitly about that AC quantity, circuit type, or resonance condition.
  • Before calculating in Current and Voltage in Pure Resistance, check the validity condition first: RMS versus peak value, lead versus lag, pure versus mixed circuit, or resonance versus off-resonance.
  • Trap in Current and Voltage in Pure Resistance: the usual miss is to apply the right-looking AC formula in the wrong circuit condition because Current and Voltage in Pure Resistance sounds close to another part of Resistive Circuit (R-Circuit).
Example (NEET-style)Example: in a pure resistor with V0 = 100 V and R = 20 ohm, i0 = V0/R = 5 A and voltage stays in phase with current.

US Curriculum Gaps โ€” Resistive Circuit (R-Circuit)

Students coming from AP Physics 2 or AP Physics C often know the broad AC picture but need more speed on the NCERT-style trigger conditions inside Resistive Circuit (R-Circuit).

AP Physics C does not use the same textbook trigger recognition for Resistive Circuit (R-Circuit)

US courses usually explain the broad principle well, but NEET expects you to identify whether the active piece is Current and Voltage in Pure Resistance or another nearby AC case in seconds, not after a long derivation.

  • AP problems often allow more working space, while NEET compresses Resistive Circuit (R-Circuit) into short single-correct questions built around one decisive condition.
  • Make one trigger line for Current and Voltage in Pure Resistance so you can spot it instantly in a mixed AC stem.
  • Practice short MCQs that separate Current and Voltage in Pure Resistance from the neighboring AC ideas instead of revising only long derivations.

NEET expects faster circuit classification than most US high-school AC treatments of Current and Voltage in Pure Resistance

Even strong AP students lose marks when they know the principle but miss the exact clue that tells them Current and Voltage in Pure Resistance is the controlling idea in the question.

  • Keep the formula and the circuit condition together for each Resistive Circuit (R-Circuit) subtopic.
  • Translate every long stem into the exact subtopic name before writing equations.
  • Use one final trap check for phase, power factor, or resonance status before accepting the answer.

NEET-style Practice Questions โ€” Resistive Circuit (R-Circuit)

1 NEET-style application questions
1In a pure resistive AC circuit, the phase difference between current and voltage isNEET-style application
0 degree
90 degree
45 degree
180 degree
In a pure resistor, current and voltage are in phase, so ฯ† = 0 degree. A 90 degree phase difference belongs to pure inductive or capacitive cases, 45 degree belongs to a mixed circuit under special ratios, and 180 degree would mean reversal rather than in-phase behavior. The first job is to identify the active subtopic, because NEET almost never rewards blind formula substitution in Resistive Circuit (R-Circuit). Once the setup is classified, the correct option follows from the textbook relation attached to Current and Voltage in Pure Resistance. The remaining options are attractive because they echo a nearby AC rule, reverse a lead-lag relation, or ignore the stated circuit condition, which is exactly how this topic produces traps in single-correct MCQs.

Practice Problems โ€” Resistive Circuit (R-Circuit)

Click "Reveal Answer" after attempting
1In a pure resistive AC circuit, the phase difference between current and voltage is
0 degree
90 degree
45 degree
180 degree
๐Ÿ‘ Reveal Answer
Option 1 is correct. In a pure resistor, current and voltage are in phase, so ฯ† = 0 degree. A 90 degree phase difference belongs to pure inductive or capacitive cases, 45 degree belongs to a mixed circuit under special ratios, and 180 degree would mean reversal rather than in-phase behavior.
2In a pure resistive AC circuit, the phase difference between current and voltage is
0 degree
90 degree
45 degree
180 degree
๐Ÿ‘ Reveal Answer
Option 1 is correct. In a pure resistor, current and voltage are in phase, so ฯ† = 0 degree. A 90 degree phase difference belongs to pure inductive or capacitive cases, 45 degree belongs to a mixed circuit under special ratios, and 180 degree would mean reversal rather than in-phase behavior.
3In a pure resistive AC circuit, the phase difference between current and voltage is
0 degree
90 degree
45 degree
180 degree
๐Ÿ‘ Reveal Answer
Option 1 is correct. In a pure resistor, current and voltage are in phase, so ฯ† = 0 degree. A 90 degree phase difference belongs to pure inductive or capacitive cases, 45 degree belongs to a mixed circuit under special ratios, and 180 degree would mean reversal rather than in-phase behavior.
4In a pure resistive AC circuit, the phase difference between current and voltage is
0 degree
90 degree
45 degree
180 degree
๐Ÿ‘ Reveal Answer
Option 1 is correct. In a pure resistor, current and voltage are in phase, so ฯ† = 0 degree. A 90 degree phase difference belongs to pure inductive or capacitive cases, 45 degree belongs to a mixed circuit under special ratios, and 180 degree would mean reversal rather than in-phase behavior.

Physics โ€” Resistive Circuit (R-Circuit) Revision Checklist

Check off chapters as you revise

Use this section for quick chapter tracking before mocks, part tests, and final NEET revision.

Tip: Mark a chapter complete only after revising formulas, solving PYQs, and reviewing your error log for that chapter.

FAQs โ€” Resistive Circuit (R-Circuit)

Notes ยท Downloads ยท Revision ยท Important Questions
How do I know a question really belongs to Resistive Circuit (R-Circuit) and not to a neighboring AC idea?
Read the circuit condition before the numbers. If the stem is truly about Resistive Circuit (R-Circuit), one of the listed subtopics on this page will name the controlling phase relation, power relation, or reactance condition directly.
Which Resistive Circuit (R-Circuit) subtopic should I identify first in a mixed AC question?
Start with the subtopic that names the decisive AC condition in the wording. If the question explicitly points toward Current and Voltage in Pure Resistance, write that relation first and only then ask whether another chapter relation must be combined with it.
What is the most common sign or condition mistake in Resistive Circuit (R-Circuit)?
The biggest mark-loss pattern in Resistive Circuit (R-Circuit) is skipping the condition of validity. Students often remember the formula but forget RMS versus peak, lead versus lag, or pure versus mixed circuit classification.
How much formula memorisation is enough for Resistive Circuit (R-Circuit)?
Memorise one dependable rule or formula per subtopic, not a pile of look-alike expressions. Pair each relation with one trigger sentence so you know when it is safe to use it in NEET.
Why does NEET hide Resistive Circuit (R-Circuit) inside longer AC questions?
Because Resistive Circuit (R-Circuit) often acts as the hinge that converts a descriptive AC stem into a solvable one. NEET therefore embeds it inside larger questions to test whether you can isolate the operative idea quickly.
How should an NRI student bridge the gap for Resistive Circuit (R-Circuit)?
Use AP Physics C for broad comfort, then train yourself on textbook-speed recognition of Resistive Circuit (R-Circuit). Short MCQs that contrast nearby AC subtopics are more useful here than long derivations alone.
What should I revise on the last day for Resistive Circuit (R-Circuit)?
On the last day, revise the subtopic list itself, the first formula or definition tied to each subtopic, and one trap from each. For Resistive Circuit (R-Circuit), that compact pass is usually more effective than rereading all chapter prose.
How do I stop mixing Current and Voltage in Pure Resistance with Current and Voltage in Pure Resistance?
Write the deciding difference in one line. Note what makes Current and Voltage in Pure Resistance active and what makes Current and Voltage in Pure Resistance active, then solve two short stems back-to-back until the trigger words stop competing with each other.
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Current and Voltage in Pure Resistance

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Current and Voltage in Pure Resistance

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NEET > Physics > Electromagnetic Induction and Alternating Currents Chapters

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