JEE Main 2026 2 April Shift 1 Physics Exam Analysis – Difficulty Level & Topic Weightage
JEE Main 2026 2 April Shift 1 Physics Exam Analysis: The National Testing Agency (NTA) organises the Joint Entrance Examination (JEE) Main, a crucial exam held in two sessions annually. It includes 75 questions distributed across Physics, Chemistry, and Mathematics. A detailed analysis for the JEE Main 2026 2 April Shift 1 Physics section, covering topic-wise breakdown and difficulty, has been made available after the exam concluded.
JEE Main 2026 2 April Shift 1 Physics Exam Analysis: Difficulty Level, Topic Weightage
This page provides a detailed analysis of the Physics section from JEE Main 2026 conducted on 2 April Shift 1. It covers difficulty level, question trends, and topic distribution.
For a complete overview, refer to the full shift and day-wise analysis pages.
Also Check- JEE Main 2026 Question Paper 2 April Shift 1 Analysis
JEE Main 2026 2 April Shift 1 Physics Exam Analysis – Difficulty Level & Topic Weightage
JEE Main 2026 exam is an online engineering entrance test to take admission in the graduation courses. The exam includes 75 questions from Physics, Chemistry, and Mathematics to solve in 3 hours. JEE Main overall exam weightage is 300 marks.
| JEE Main 2026 2 April Shift 1 Physics Exam Overview | |
|---|---|
| Conducting Authority | National Testing Agency (NTA) |
| Exam Name | Joint Entrance Examination (JEE) Main 2026 |
| JEE Main 2026 Exam Date | 2 April, 2026 |
| Physics Section Marks | 100 Marks (out of 300 total for the paper) |
| Marking Scheme | +4 for Correct; -1 for Incorrect; 0 for Unattempted |
| Official Website | jeemain.nta.nic.in |
JEE Main 2 April 2026 Shift 1 Physics Paper Review
The JEE Main 2 April 2026 Shift 1 Physics exam has been concluded, and our comprehensive paper review has been updated . Drawing directly from real-time students' feedback, this detailed analysis breaks down the overall difficulty level, topic-wise weightage (e.g., Mechanics, Electrodynamics, Modern Physics), and memory-based questions. Aspirants can use insights to gauge the paper's nature, compare with previous shifts, and fine-tune preparation strategies. Whether it leans moderate, tough, or balanced, we'll highlight key trends to help you benchmark performance.
JEE Main 2 April 2026 Physics Difficulty Level – Shift 1
The JEE Main Physics Shift 1 exam on 2 April 2026 has been concluded, the difficulty level analysis is here. JEE Main Session 2, Shift 1 on 2 April 2026 featured a easy to moderately difficult Physics paper, balancing conceptual depth and numerical challenges. This helps aspirants spot trends, as Physics often strikes a balance between conceptual depth and numerical challenges, rewarding strong fundamentals.
Chapter-Wise Weightage – JEE Main 2 April 2026 Shift 1 Physics
Chapter-wise weightage for JEE Main April 2, 2026, shift 1 Physics has been provided after the exam concludes. Some of the questions among the questions asked in the paper is detailed here but candidates can watch the full analysis by PW to know in detail.
Question from JEE Main 2026 April 2 Shift 1 Physics:
1.Find the dimensions of the following physical quantity: 12ϵ0E221ϵ0E2 where ϵ0ϵ0 is the permittivity of free space and \(E\) is the electric field.
Options:
(1) [ML−2T−2][ML−2T−2]
(2) [ML−2T−1][ML−2T−1]
(3) [ML−1T−2][ML−1T−2]
(4) [ML−2T−1][ML−2T−1]
2. If the wavelength of incident light is $\lambda$ and $2\lambda$, then the stopping potential is $3V_0$ and $V_0$ respectively. Find the threshold wavelength.
Options:
(1) $4\lambda$
(2) $3\lambda$
(3) $5\lambda$
(4) $2.5\lambda$
3.Two equal resistors, when connected in series to a battery, consume a total power of 60 W. If the same resistors are now connected in parallel across the same battery, what will be the total power consumed?
Options:
(1) 15 W
(2) 30 W
(3) 60 W
(4) 240 W
Solution
To solve this, we use the power formula $P = \frac{V^2}{R_{eq}}$, where $V$ is the voltage of the battery and $R_{eq}$ is the equivalent resistance of the circuit. Let each resistor have a resistance $R$.
1. Case 1: Series Connection
When two equal resistors are in series, the equivalent resistance ($R_s$) is:
The power consumed in series ($P_s$) is given as 60 W:
From this, we can find that:
2. Case 2: Parallel Connection
When the same two resistors are in parallel, the equivalent resistance ($R_p$) is:
The power consumed in parallel ($P_p$) is:
3. Final Calculation
Substitute the value of $\frac{V^2}{R}$ from Equation 1 into the parallel power formula:
Correct Option: (4) 240 W
JEE Main Physics 2 April 2026 Shift 1 Questions Type Analysis
Students preparing for the upcoming JEE Main shifts should carefully review the JEE Main Physics questions asked on 2 April, 2026. It can provide valuable insights into key concepts for the Physics section. It has been updated as the exam is over, and as per the memory-based questions provided by the students.
JEE Main 2026 April 2 Shift 1 Physics section was moderate in difficulty, featuring a balanced mix of formula-based numericals and conceptual questions.
Question Types Analysis
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Formula-Based Numericals: Direct calculations from Current Electricity, Thermodynamics, Rotational Motion, EMI, Semiconductors.
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Conceptual Theory : Application in Electrostatics, Ray Optics, Kinematics, Modern Physics (photoelectric, nuclear), Wave Optics.
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Graph/Reasoning: Units & Dimensions, Laws of Motion analysis.
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NCERT Direct: Easy recall from standard topics
Also Check- JEE Main Session 2 Question Paper 2026 (April) – Date & Shift Wise PDFs
JEE Main Physics 2 April 2026 Shift 1 Time Management & Length
Students preparing for the upcoming JEE Main shifts should carefully review the questions asked in the Physics section during the 2 April Shift 1 session as the questions are calculative and demands time management.
JEE Main Physics 2 April 2026 Shift 1 Student Reaction
JEE Main Physics 2 April Shift 1 students' approach to solving the Physics paper impacts their attempts. Students emerging from JEE Main Session 2, Shift 1 on April 2, 2026, shared mixed yet largely positive feedback on Physics. Many praised the balanced difficulty, with Mechanics and Electrodynamics dominating covering Kinematics, Rotational Motion, Electrostatics, and Magnetism. Numerical questions on Modern Physics and Optics were tricky but formula-based, testing conceptual clarity over rote learning.
Comparison with Shift 2 – Physics
The JEE Main Physics 2 April 2026 Shift 1 Comparison Block evaluates how this paper stacks up against previous shifts and sessions in terms of difficulty, topic distribution, and question patterns. However, the previous shifts are moderate to tough in difficulty level, and students find the questions a little bit difficult to handle. The second shift is currently underway, and we will provide information regarding it after the exam concludes, based on the memory-based questions submitted by the students.
JEE Main Physics 2 April 2026 Shift 1 Preparation Takeaways
The Preparation Takeaways for JEE Main Physics 2 April 2026 Shift 1 key lessons from student feedback and faculty analysis to optimise future attempts. It has been updated and it is beneficial for the students who have their exam in Shift 1 and tomorrow as well. Key takeaways emphasize strong fundamentals in Mechanics, Electrodynamics, and Modern Physics through regular practice.Prioritize formula mastery and quick numericals, as questions reward conceptual clarity over rote learning. Solve timed mocks to build speed, tackling statement-based problems effectively.
JEE Main 2026 2 April Shift 1 Physics Exam Analysis FAQs
How was the Physics section in the JEE Main 2026 2 April Shift 1paper?
Was the Physics paper challenging in the morning shift?
Which Physics topics had high weightage on 2 April, Shift 1?
When will the complete JEE Main 2026 2 April Exam Analysis be released?
