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Q. A circuit has a resistance of 10 Ω and a reactance of 10 Ω. What is the impedance of the circuit? (2020)
  • A. 10 Ω
  • B. 14.14 Ω
  • C. 20 Ω
  • D. 5 Ω
Q. A circuit has a resistance of 10Ω and a reactance of 5Ω. What is the impedance of the circuit? (2021)
  • A.
  • B. 10Ω
  • C. √125Ω
  • D. √(10² + 5²)Ω
Q. A circuit has a resistance of 10Ω and a reactance of 5Ω. What is the impedance? (2020)
  • A.
  • B. 10Ω
  • C. √125Ω
  • D. √(10² + 5²)Ω
Q. A circuit has a resistance of 4 ohms and a current of 2 A. What is the voltage across the circuit?
  • A. 2 V
  • B. 4 V
  • C. 6 V
  • D. 8 V
Q. A circuit has a total resistance of 12Ω and a current of 1.5A. What is the voltage across the circuit? (2021)
  • A. 18V
  • B. 12V
  • C. 15V
  • D. 9V
Q. A circuit has a total resistance of 12Ω and a current of 2A. What is the voltage across the circuit? (2021)
  • A. 24V
  • B. 12V
  • C. 6V
  • D. 48V
Q. A circuit has a total resistance of 20Ω and a current of 2A flowing through it. What is the voltage across the circuit? (2023)
  • A. 30V
  • B. 40V
  • C. 20V
  • D. 10V
Q. A circuit has a total resistance of 5Ω and a current of 2A. What is the voltage across the circuit? (2023)
  • A. 10V
  • B. 5V
  • C. 2V
  • D. 1V
Q. A circuit has a total resistance of 8Ω and a current of 4A flowing through it. What is the voltage across the circuit? (2021)
  • A. 32V
  • B. 16V
  • C. 8V
  • D. 4V
Q. A circuit has a total resistance of 8Ω and a current of 4A. What is the voltage across the circuit? (2021)
  • A. 32V
  • B. 16V
  • C. 8V
  • D. 4V
Q. A circuit has a total voltage of 24V and a total current of 4A. What is the total resistance in the circuit? (2021)
  • A.
  • B.
  • C.
  • D. 12Ω
Q. A circuit has a total voltage of 24V and a total resistance of 8Ω. What is the total current in the circuit? (2020)
  • A. 3A
  • B. 2A
  • C. 4A
  • D. 6A
Q. A circular loop of wire carries a current. What is the shape of the magnetic field lines around the loop? (2021)
  • A. Straight lines
  • B. Concentric circles
  • C. Ellipses
  • D. Spirals
Q. A coil has an inductance of 0.5 H and is connected to a 50 Hz AC supply. What is the inductive reactance? (2020)
  • A. 25.13 Ω
  • B. 31.42 Ω
  • C. 50 Ω
  • D. 100 Ω
Q. A coil of wire has 100 turns and is placed in a magnetic field of strength 0.5 T. If the area of the coil is 0.1 m² and the magnetic field is perpendicular to the coil, what is the magnetic flux through the coil? (2022)
  • A. 5 Wb
  • B. 0.5 Wb
  • C. 10 Wb
  • D. 0.05 Wb
Q. A coil of wire has 100 turns and is placed in a magnetic field of strength 0.5 T. If the area of the coil is 0.1 m², what is the maximum magnetic flux through the coil? (2022)
  • A. 5 Wb
  • B. 0.5 Wb
  • C. 10 Wb
  • D. 1 Wb
Q. A coil with 100 turns has a magnetic flux of 0.02 Wb passing through it. If the flux changes to 0.01 Wb in 2 seconds, what is the induced EMF? (2022)
  • A. 0.5 V
  • B. 1 V
  • C. 2 V
  • D. 5 V
Q. A coil with 100 turns is placed in a magnetic field that changes from 0.5 T to 1.5 T in 2 seconds. What is the induced EMF in the coil?
  • A. 50 V
  • B. 100 V
  • C. 200 V
  • D. 400 V
Q. A current-carrying conductor experiences a force in a magnetic field. What is the direction of this force given by Fleming's left-hand rule? (2020)
  • A. Parallel to the field
  • B. Opposite to the field
  • C. Perpendicular to the field
  • D. In the direction of current
Q. A current-carrying conductor experiences a force in a magnetic field. What is the direction of this force? (2020)
  • A. Parallel to the field
  • B. Opposite to the field
  • C. Perpendicular to both current and field
  • D. In the direction of current
Q. A cyclist accelerates at 3 m/s² for 4 seconds. What is the final velocity if the initial velocity is 2 m/s? (2023)
  • A. 10 m/s
  • B. 11 m/s
  • C. 14 m/s
  • D. 20 m/s
Q. A cyclist accelerates from rest to a speed of 10 m/s in 5 seconds. What is the acceleration? (2023)
  • A. 1 m/s²
  • B. 2 m/s²
  • C. 3 m/s²
  • D. 4 m/s²
Q. A cyclist accelerates from rest to a speed of 10 m/s in 5 seconds. What is the cyclist's acceleration? (2021)
  • A. 1 m/s²
  • B. 2 m/s²
  • C. 3 m/s²
  • D. 4 m/s²
Q. A cyclist does 1500 J of work to climb a hill. If he takes 5 minutes, what is his average power output?
  • A. 5 W
  • B. 10 W
  • C. 15 W
  • D. 20 W
Q. A cyclist does 300 J of work to climb a hill. If the cyclist's mass is 75 kg, what is the height of the hill? (2023)
  • A. 0.4 m
  • B. 0.5 m
  • C. 0.6 m
  • D. 0.8 m
Q. A cyclist does 300 J of work to climb a hill. If the height of the hill is 5 m, what is the mass of the cyclist? (g = 9.8 m/s²)
  • A. 6.12 kg
  • B. 10 kg
  • C. 15 kg
  • D. 20 kg
Q. A cyclist does 300 J of work to climb a hill. If the hill is 5 m high, what is the effective weight of the cyclist? (2022)
  • A. 30 kg
  • B. 60 kg
  • C. 90 kg
  • D. 120 kg
Q. A cyclist does 300 J of work to climb a hill. If the hill is 5 m high, what is the weight of the cyclist? (2020)
  • A. 60 kg
  • B. 30 kg
  • C. 50 kg
  • D. 40 kg
Q. A cyclist does 600 J of work to climb a hill. If he takes 30 seconds, what is his average power output? (2022)
  • A. 10 W
  • B. 20 W
  • C. 30 W
  • D. 40 W
Q. A cyclist is moving at a speed of 15 m/s. If the mass of the cyclist and the bicycle is 75 kg, what is the total kinetic energy?
  • A. 800 J
  • B. 900 J
  • C. 1000 J
  • D. 1200 J
Showing 151 to 180 of 2530 (85 Pages)

MHT-CET MCQ & Objective Questions

The MHT-CET exam is a crucial stepping stone for students aspiring to pursue engineering and pharmacy courses in Maharashtra. Mastering the MHT-CET MCQ format is essential, as it not only tests your knowledge but also enhances your exam preparation strategy. Practicing objective questions helps in identifying important concepts and improves your chances of scoring better in this competitive exam.

What You Will Practise Here

  • Fundamental concepts in Physics, Chemistry, and Mathematics
  • Key formulas and their applications in problem-solving
  • Important definitions and terminologies relevant to MHT-CET
  • Diagrams and illustrations for better conceptual understanding
  • Practice questions that mirror the exam pattern
  • Analysis of previous years' MHT-CET questions
  • Techniques for tackling tricky MCQs effectively

Exam Relevance

The MHT-CET exam is aligned with the syllabus of CBSE, State Boards, and is also relevant for students preparing for NEET and JEE. Many concepts from the MHT-CET syllabus appear in these competitive exams, often in the form of application-based questions or conceptual MCQs. Understanding the common question patterns can significantly enhance your preparation and performance.

Common Mistakes Students Make

  • Misinterpreting questions due to lack of clarity in reading
  • Neglecting to review fundamental concepts before attempting MCQs
  • Overlooking units and dimensions in Physics and Chemistry problems
  • Rushing through practice questions without thorough understanding
  • Failing to manage time effectively during the exam

FAQs

Question: What are the best resources for MHT-CET MCQ questions?
Answer: Utilizing online platforms like SoulShift, which offer a variety of practice questions and mock tests, can be very beneficial.

Question: How can I improve my speed in solving MHT-CET objective questions?
Answer: Regular practice and timed mock tests can help enhance your speed and accuracy in solving MCQs.

Start your journey towards success by solving MHT-CET practice MCQs today! Test your understanding and build your confidence for the exam ahead.

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