JEE Main MCQ & Objective Questions

The JEE Main exam is a crucial step for students aspiring to enter prestigious engineering colleges in India. It tests not only knowledge but also the ability to apply concepts effectively. Practicing MCQs and objective questions is essential for scoring better, as it helps in familiarizing students with the exam pattern and enhances their problem-solving skills. Engaging with practice questions allows students to identify important questions and strengthen their exam preparation.

What You Will Practise Here

  • Fundamental concepts of Physics, Chemistry, and Mathematics
  • Key formulas and their applications in problem-solving
  • Important definitions and theories relevant to JEE Main
  • Diagrams and graphical representations for better understanding
  • Numerical problems and their step-by-step solutions
  • Previous years' JEE Main questions for real exam experience
  • Time management strategies while solving MCQs

Exam Relevance

The topics covered in JEE Main are not only significant for the JEE exam but also appear in various CBSE and State Board examinations. Many concepts are shared with the NEET syllabus, making them relevant across multiple competitive exams. Common question patterns include conceptual applications, numerical problems, and theoretical questions that assess a student's understanding of core subjects.

Common Mistakes Students Make

  • Misinterpreting the question stem, leading to incorrect answers
  • Neglecting units in numerical problems, which can change the outcome
  • Overlooking negative marking and not managing time effectively
  • Relying too heavily on rote memorization instead of understanding concepts
  • Failing to review and analyze mistakes from practice tests

FAQs

Question: How can I improve my speed in solving JEE Main MCQ questions?
Answer: Regular practice with timed quizzes and focusing on shortcuts can significantly enhance your speed.

Question: Are the JEE Main objective questions similar to previous years' papers?
Answer: Yes, many questions are based on previous years' patterns, so practicing them can be beneficial.

Question: What is the best way to approach JEE Main practice questions?
Answer: Start with understanding the concepts, then attempt practice questions, and finally review your answers to learn from mistakes.

Now is the time to take charge of your preparation! Dive into solving JEE Main MCQs and practice questions to test your understanding and boost your confidence for the exam.

Q. Which of the following configurations will produce a magnetic field that is uniform in space?
  • A. A long straight wire
  • B. A circular loop of wire
  • C. Two parallel wires carrying current in the same direction
  • D. A solenoid
Q. Which of the following configurations will produce a uniform magnetic field using the Biot-Savart Law?
  • A. A straight wire
  • B. A circular loop
  • C. A solenoid
  • D. A single current element
Q. Which of the following configurations will produce the strongest magnetic field at the center?
  • A. A single straight wire
  • B. A circular loop of wire
  • C. A solenoid
  • D. A toroid
Q. Which of the following correctly describes gravitational field lines?
  • A. They point away from the mass.
  • B. They are always straight lines.
  • C. They never intersect.
  • D. They can be closed loops.
Q. Which of the following correctly describes gravitational potential energy?
  • A. It is a scalar quantity.
  • B. It is a vector quantity.
  • C. It can be negative.
  • D. Both A and C.
Q. Which of the following correctly describes the gravitational field strength at a distance r from a mass M?
  • A. g = GM/r
  • B. g = GM/r²
  • C. g = Gm/r²
  • D. g = Gm/r
Q. Which of the following correctly describes the gravitational force between two objects?
  • A. It depends on the medium between them
  • B. It is independent of the distance between them
  • C. It is proportional to the product of their masses
  • D. It can be shielded by other masses
Q. Which of the following correctly describes the gravitational force?
  • A. It is always attractive
  • B. It can be repulsive
  • C. It acts only at short distances
  • D. It is stronger than electromagnetic force
Q. Which of the following correctly describes the relationship between gravitational potential and gravitational field?
  • A. Potential is the derivative of field.
  • B. Field is the derivative of potential.
  • C. Both are independent.
  • D. They are equal.
Q. Which of the following d-block elements has the highest atomic radius?
  • A. Scandium
  • B. Titanium
  • C. Vanadium
  • D. Chromium
Q. Which of the following d-block elements is a liquid at room temperature?
  • A. Mercury (Hg)
  • B. Gold (Au)
  • C. Platinum (Pt)
  • D. Silver (Ag)
Q. Which of the following describes circular polarization?
  • A. Waves oscillate in a straight line
  • B. Waves oscillate in a plane at a constant angle
  • C. Waves rotate in a circular motion as they propagate
  • D. Waves are randomly oriented
Q. Which of the following describes overdamped oscillations?
  • A. System oscillates with decreasing amplitude
  • B. System returns to equilibrium without oscillating
  • C. System oscillates indefinitely
  • D. System oscillates with constant amplitude
Q. Which of the following describes Poisson's ratio?
  • A. Lateral strain / Longitudinal strain
  • B. Longitudinal strain / Lateral strain
  • C. Stress / Strain
  • D. Strain / Stress
Q. Which of the following describes the behavior of a Zener diode?
  • A. Acts as a regular diode
  • B. Allows current to flow in both directions
  • C. Maintains a constant voltage
  • D. Has no breakdown voltage
Q. Which of the following describes the behavior of gases?
  • A. They have a definite shape
  • B. They have a definite volume
  • C. They expand to fill their container
  • D. They are incompressible
Q. Which of the following describes the Doppler effect?
  • A. Change in frequency due to motion
  • B. Change in amplitude due to distance
  • C. Change in speed due to temperature
  • D. Change in wavelength due to pressure
Q. Which of the following describes the motion of a damped oscillator mathematically?
  • A. x(t) = A cos(ωt)
  • B. x(t) = A e^(-bt) cos(ωt)
  • C. x(t) = A sin(ωt)
  • D. x(t) = A e^(bt) cos(ωt)
Q. Which of the following describes the motion of a damped oscillator?
  • A. Simple harmonic motion
  • B. Exponential decay
  • C. Linear motion
  • D. Circular motion
Q. Which of the following describes the motion of a system undergoing overdamping?
  • A. Returns to equilibrium position quickly
  • B. Oscillates with decreasing amplitude
  • C. Returns to equilibrium position slowly without oscillating
  • D. Oscillates indefinitely
Q. Which of the following describes the polarization of light?
  • A. Light waves oscillate in all directions
  • B. Light waves oscillate in a single plane
  • C. Light waves oscillate in a circular motion
  • D. Light waves do not oscillate
Q. Which of the following describes the relationship between frequency and pitch?
  • A. Higher frequency means lower pitch
  • B. Lower frequency means higher pitch
  • C. Higher frequency means higher pitch
  • D. Frequency has no effect on pitch
Q. Which of the following describes viscosity?
  • A. Resistance to flow
  • B. Density of a fluid
  • C. Surface tension
  • D. Pressure exerted by a fluid
Q. Which of the following devices is based on the principle of semiconductors?
  • A. Transformer
  • B. Capacitor
  • C. Transistor
  • D. Inductor
Q. Which of the following diatomic molecules has a bond order of 1?
  • A. N2
  • B. O2
  • C. H2
  • D. F2
Q. Which of the following diatomic molecules has the highest bond order?
  • A. N2
  • B. O2
  • C. F2
  • D. He2
Q. Which of the following elements can act as a reducing agent?
  • A. Cl2
  • B. H2O
  • C. Na
  • D. O2
Q. Which of the following elements can form a coordinate bond?
  • A. Oxygen
  • B. Nitrogen
  • C. Carbon
  • D. All of the above
Q. Which of the following elements can form a stable +4 oxidation state?
  • A. Carbon
  • B. Silicon
  • C. Germanium
  • D. Tin
Q. Which of the following elements can form multiple bonds?
  • A. Sodium
  • B. Carbon
  • C. Bromine
  • D. Neon
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