Conquer GCSE Maths Challenges: Practise Tough Questions for Free

-
GCSE Hard maths questions
Find the distance travelled by each car.


Are you ready to test your GCSE/IGCSE maths skills to the limit?

In recent years, the questions in GCSE/IGCSE maths papers show a pattern of becoming more and more challenging. Therefore, the only way to address the issue is practising large number of quality questions. 

Our curated collection of challenging problems will push you to think critically and apply your knowledge in innovative ways. There is a growing list of questions, offered absolutely free with no strings attached, for you to practise and sharpen your thinking skills.

By practicing these tough questions, you'll:

  • Identify your strengths and weaknesses: Pinpoint areas where you need to focus your studies.
  • Develop problem-solving strategies: Learn to approach complex questions with confidence.
  • Boost your exam preparedness: Gain the skills and experience needed to excel on your GCSE maths exam.

Ready to take on the challenge? Visit our site, practise and  stay tuned for new additions on regular basis.

Everything is absolutely free; you don't need even registration.

Please visit the page by clicking here.

Comments

Post a Comment

Popular posts from this blog

Phase Difference between Two Points on a Wave and Path Difference Explained - interactive

-
Image
  In the above animation, five points on the wave are considered for the explanation.  The fully interactive applet is given below for you to practise. The phase of a point implies its direction of vibration on a wave. For example, both points A and E vibrate exactly the same way are said to be in phase: when A goes up so does B; the phase difference is either 0 0 or 360 0 . If you consider the motion of points A and C, on the other hand, when A goes down C goes up or vice versa. Therefore, A and C are said to be out of phase; the phase difference is 180 0 . That means the phase difference between two points on a wave - or two waves for that matter - can take any value between 0 0 and 360 0 .  The phase difference between points A and B, for instance, is 90 0 . From the above examples, it is clear there is a connection between the path difference between two points - or two waves - and phase difference. It is as follows: Phase difference = (path difference / wavelength) x 360 φ = x
Read more

Simple Harmonic Motion of a liquid inside a U Tube

-
Image
      The above shows how a column of liquid of density ρ can be made to oscillate while undergoing SHM, simple harmonic motion. When you blow gently into the tube at one end, the excess weight of the column of height, x, pushes the rest of the liquid down with a force that results in an downward acceleration. It can be shown that the acceleration of the liquid in the column in question is proportional to the negative displacement. Therefore, the motion of the liquid is simple harmonic. If you want to learn more about the simple harmonic motion - proofs and worked examples - please follow this link below: Simple Harmonic Motion Tutorial with Simulations
Read more