Physics Pathway

Post-exam anxiety is natural, but it can’t change what’s already been written. What is in your control is what you do with the energy it leaves behind🧠

That’s where compartmentalisation and channelling matters. Don’t let frustration loop into regret. Instead, redirect it into something constructive: the three R’s👇🏼

📝 Rep: you did the work. You showed up for the exam. That part is complete.
💭Reflect: now take an honest look at what went well, what didn’t, and where things could be improved.
✨Refine: turn that reflection into action. Adjust your approach so you’re better prepared, sharper, and more confident next time.

Worry doesn’t rewrite the past. But this process can reshape your future.

This question is a continuation of the previous derivation (previous video) 🌌

You’ve already done the hard part, now it’s about comparing the JWST observation to the calculated range. Let's break it down together 👉🏼

How did you find these Astrophysics questions? Let me know in the comments💬

What separates the top students isn’t genius... it’s their ability to keep going when things become repetitive, frustrating, or boring.

Past papers. Revision. Practice questions.
None of it is glamorous… but neither are over 400 kick-ups walking to training⚽

The difference is that while most people stop when they get bored or impatient, the best keep going.
That consistency is what creates excellence. Your determination is what will yield you the best results🙌🏼💫

Original video:

This is why understanding the bigger concepts matters🌌

Here I read my information but start with the more general concept of v = d/t.

Then I analyse and combine it with the information that the question gives me. Taking it a step at a time, I get my answer.

Similarly, with the following question, all I have to know is my flashcard definitions. Flashcard definitions are so important and can be something you do every day while you are brushing your teeth, on the bus, or even on the toilet!🚽 Knowing these will be the key to understanding what the question is asking and securing every mark.

Continuing from our last question, we are now calculating the R.M.S of the molecules (check out our channel if you missed the last video: calculating volume)

Once you get the right equation, it's just a little bit of applying the numbers and solving, let's go through it together 👉🏼

There's a lot of information and questions like these can make your head spin🌀

But not us: break the question down, identify the key information and put it together a step at a time.

Let's go through it step by step. Let me know your thoughts and answers in the comments 💬

This question links a few strings of physics knowledge together to get your answer.

It's simplier than you think, let's go through it together and break down how to answer this explain question so you get full marks!

These questions test whether you can interpret data and turn it into a clear explanation.

It's more than just facts and knowledge, these are key skills that can be applied to a variety of questions.

Let's go through this one together and specifically identify the key steps and where you'd pick up each mark.