Make a Study Plan
Set aside time for each exam.
Study Time:
Study at the time of the exam (not in the middle of the night)
No Phone!!!!
Music at a risk (you will not have music during the exam)
Pomodoro Method
Exercise / Movement
Resist the MARSHMALLOW - Do you need to go out every weekend?
Formatively Assess Where you are:
One Unit at a time.
Refine Skills
Online Quizzing:
Grade Gorilla - Self Scoring Review
23 Equations - Phone APP, focused on GCSE and British curric, but has many of the same equations as IB.
Note Revision:
Research areas of need.
DON'T just read, recopy!!!
Condense, re-order, draw lines
Prioritize Topics
Review the breakdown of topics
Rank the topics in order of importance / need.
Get your MARKS
Make sure you know definitions -
Physical Physics Flash Cards
Crank Problems:
Complete past paper problems associated with formula/concepts that you are unsure of.
Draw diagrams, ID essential phenomena (LCE, Forces, LCM,
There are only so many ways to frame specific concepts (diffraction, doppler, Binding energy / nucleon, Half-life, Feynman diagrams) look for trends.
Exam Info for IB exams at the conclusion of year 2.
This may influence the topics that you would like to focus on for the for IB exams at the conclusion of year 2.
Data is from the 2016-2020 exams. The figures are in %.
Time limit: 2 hours
Data Booklet: Provided
Calculator: Essential
~70 Total Marks:
Paper 1 - 20 marks
Paper 2 - ~50 marks
Paper 1:
Topics:
70% - Topics 2 - 6
30% - Topic 7
20 Multiple Choice Questions
1 Mark Each - 20 Total Marks
Suggested time: 25 minutes
Paper 2:
Topics:
70% - Topics 2 - 6
30% - Topic 7
5 Scenarios with multiple questions per scenario
Suggested Time: 95 minutes
Time limit: 2 hours
Data Booklet: Provided
~75 Total Marks:
Paper 1 - 25 marks
Paper 2 - ~50 marks
Paper 1:
No Calculator
Topics:
1-12
25 Multiple Choice Questions
1 Mark Each
Suggested time: 40 minutes
Paper 2:
Calculator: Essential
Topics:
1-12
5 Scenarios with multiple questions per scenario
Suggested Time: 80 minutes
Write in the exam booklet. Sort out, get clear about what the question is asking.
Cross out answers that you know are wrong.
Put a marker beside any question that you have not answered, or are unsure of.
If you are stuck, move on.
Do a second pass through the test.
Do a third pass.
Guess during final minutes.
Chris Doner - YouTube
To get a 7 in IB Physics, you need to be dedicated, organised, and focused. With the right approach, it's possible to achieve top marks in the subject. Here are six tips to help you do well:
1. Start revision early: It's essential to give yourself enough time to prepare for IB Physics exams. Ideally, you should start revising several weeks before your exams, at least in March, to ensure you cover all the material and have time for practice.
2. Keep a strict revision and study schedule: Make a schedule that includes specific times for revision, study, and practice. Stick to your schedule as closely as possible to ensure you cover all the material and leave enough time for revision and practice.
3. Practice past paper and example questions: The best way to prepare for exams is to practice past paper and example questions. This will give you a sense of the types of questions that will be asked and the level of detail and depth required in your answers.
4. Get help from a tutor: If you're struggling with a particular topic, it's a good idea to get help from an IBDP tutor. A tutor can provide one-on-one support and guidance, and help you to overcome any areas of difficulty.
5. Take advantage of resources such as revision guides: There are many resources available to help you revise for IB Physics exams, including revision guides, textbooks, and online resources. Use these resources to supplement your own notes and to fill in any gaps in your understanding.
6. Do mock papers under exam conditions: This can help you assess how quickly you need to answer questions and get used to the format of the exam. It can also help to identify areas that you need to work on and give you confidence in your ability to perform well in the exam.
Use the 5 minutes... digest the task, subconscious processing
Same strategy as paper 1 using markers and multiple passes easy questions first to build confidence, settle nerves... aim is to work calmly with pace
Sort the information... get clear about what is being asked.
Plan written answers in rough
Distinguish between the question you want and the question being asked.
Get out of the mindset of regurgitating information.
Chris Doner - Youtube
Quick Wins
Add variables to diagrams.
Write down all variables and what you are solving for in the problem.
Check your Units!!! Make necessary conversions.
Use the various techniques developed in class:
Motion Maps
Energy Pie Charts / Bar Charts
Ray Diagrams
Draw free-body diagrams and label them in the right way, i.e. weight/W/mg are all allowed for gravitational force on the mass m.
A chicken’s egg of mass 58 g is dropped onto grass from a height of 1.1 m. Assume that air resistance is negligible and that the egg does not bounce or break.
Show that the kinetic energy of the egg just before impact is about 0.6 J.
Topic-Specific Tips
Know the difference and choose the correct term when referring to specific components of matter like molecules, particles, atoms, or nucleons
Apply the term path difference when you calculate interference effects for coherent waves. In-phase or out-of-phase interference can be called constructive or destructive interference.
Use the term proportionality when you describe a constant ratio of two physical variables like Voltage and Current.
Chapter-Specific Tips
Learn to apply Newton’s second law (resultant force equal rate of change of momentum). Use if appropriate conservation of momentum and identify action equals reaction pairs as expressed by the third Newton law. Note: They will on different objects. (Chapter 2.6)
Differentiate between static and kinetic friction and learn correctly the various concepts associated with friction. Sliding begins when force exceeds the maximum friction force. (Chapter 2)
Recall that circular motion requires that total vector sum of all forces present has to point as a resultant force to a center of a circle. The force is centripetal, centrifugal is the wrong wording. (Chapter 6)
Ranking Review - Jamboard All Topics