This page contains MCQs related to Unit D: The Fields covering topics like Gravitational fields, Electrical and Magnetic fields, Motion in Electromagnetic fields and Electromagnetic Induction. These MCQs, sourced from past IBDP Physics papers from 2016 to 2024, are designed to help students reinforce key concepts through varied question types, including calculations, theoretical understanding, and application-based scenarios. Each video explanation provides a step-by-step breakdown, guiding students through complex concepts and problem-solving techniques. By engaging with these resources, students can deepen their comprehension, enhance exam preparedness, and work effectively towards scoring a 7 in IBDP Physics
STRUCTURED QUESTIONS FROM PAST PAPERS
Youtube Links for Complete Video Solutions for Structured questions taken from IBDP Past papers are shown below. The problem notation given below denotes the Concept / Chapter number ( taken from the same chapter names as shown above in MCQs classification ), followed by the year of exam and Actual question number in paper -2 / paper -3. Some questions may belong to more than one chapter and the chapter numbers are also indicated. A brief excerpt of the beginning of the question is also shown below each problem for your reference.
NOTE: Though most of the questions taken here are from HL papers, there is a significant overlap between SL and HL and in fact, HL questions are covered in depth and hence HL questions are used as a reference.
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A probe of mass m is in a circular orbit of radius r around a
The gravitational field strength at the surface of Mars ...
The magnitude of gravitational field strength g is defined ...
The plates in (c) are replaced by a cell that has an emf ...
The diagram shows a planet positioned near two stars of ...
Outline what is meant by escape speed. A probe is launched ...
The diagram shows the gravitational field lines of ...
A space probe of mass 95kg is designed to land on the ...
A large swinging ball is used to drive a horizontal iron spike ....
A vertical wall carries a uniform positive charge on ...
The diagram shows field lines for an electrostatic field ...
Two equal positive fixed point charges Q = +44 microcoulombs ...
Explain what is meant by the gravitational potential at ...
The gravitational potential due to the Sun at its ...
A beam of electrons e– enters a uniform electric field ....