Search results
Practice problems. Clicking on the answer bar reveals the correct answer. Romeo sets off in his spaceship to marry Juliet, who lives on the planet Lovelon, 10 light-years away from earth. He can accelerate at 15 m/s 2, and must decelerate at the same rate, in order to stop at Lovelon.
- Awards and Prizes
Each year, the Sir Isaac Newton Contest (SIN) Scholarship is...
- Sir Isaac Newton Exam home
The Sir Isaac Newton (SIN) Exam is a test of high school...
- Awards and Prizes
The Sir Isaac Newton (SIN) Exam is a test of high school physics and is offered by the Department of Physics & Astronomy at the University of Waterloo to encourage the teaching of physics. The test, although challenging, is meant to be refreshing and fun.
Can you solve it? The Sir Isaac Newton Exam, as we all know and love it, continues to offer challenging problems to high school students around the world. Flex your Physics brains with this problem from the 2018 Sir Isaac Newton Exam!
The contest this year is held on May, 2025, written under teacher supervision during a two-hour period. As in the past, material will cover basic physics, mainly from the Ontario Secondary School Physics Curriculum.
SIN - Sir Isaac Newton - Physics Contest Question 20 - Kinetic Energy and Momentum Conservation. This is a physics problem given during a physics contest, the Sir Isaac...
- 8 min
- 191
- Physics Teacher
SIN - Sir Isaac Newton - Physics Contest Question 28 - Work, Energy and Power. This is a physics problem given during a physics contest, the Sir Isaac Newton (SIN Physics...
- 6 min
- 416
- Physics Teacher
People also ask
What is the Sir Isaac Newton physics exam?
What is the Sir Isaac Newton (sin) exam?
What is the University of Waterloo physics contest?
How much do Sir Isaac Newton scholarships pay?
What prizes are offered at University of Waterloo physics & astronomy?
How long is the physics contest 2025?
The test will last 2 hours, in which students are expected to tackle 12 questions. Each question is multiple choice, and is aimed to test on commonly-taught classical physics concepts such as calculating the force, energy, velocity, or momentum of objects.