u/InteleonSupreme

Idk about Debate Chamber but I hard recommend the Binding Blocks Nuclear Physics masterclass, so check it out if you're interested

https://sites.google.com/york.ac.uk/bindingblocks/teachers/nuclear-masterclass https://docs.google.com/forms/d/e/1FAIpQLSfZ5tQx29U6Oo1RiF1APjLUvalHci7xt1paffzMFeJG3l4hQg/viewform

Yall are pricks just answer the dang question

Depends on your college, but usually GCSEs << TSA < interview

Graph sketching (asking chatgpt for ten functions, trying to graph them, desmos, repeat), daily integrals and derivatives (search up the site if interested), and doing the supercurriculars on my ps

My friends and I like to hop on discord vc, ALL deafen, and just study. From morning to evening, eating lunch, dinner, whatever. It's easier to focus and makes you feel better when you know other people are suffering through work with you 💓

graph sketching is also useful for complex mechanics questions. you could try asking chatgpt for a bunch of compound-function curves and sketching them, my friend is doing that for physics prep

Not an exam board, they mean like AQA, OCR, Edexcel...

s-sixes and ssss-s-ss-s-sevens...?! zoo-wee mama!!!

*clears throat*

On a serious note, this is a really good point. There's no need to get caught up about a metric that you will likely never see; just do your best :D

elitist bum said A*

yap 🥱🙄🚠

If the difference between the temperatures of each water tank is smaller, the amount of thermal energy required to heat the cooler tank to thermal equilibrium (i.e. where both water tanks have the same temperature) will be less, so the highest option for temperature should be picked to minimise the rate of thermal energy transfer; 40°C. This excludes A, C, E and G.

Next, the thicker the copper bar, the more metal there is to transfer heat. It's like trying to drink a glass of water through a straw versus with your mouth. There is more space to move water with your mouth, so more water can be moved per unit time. With a straw, there is limited space to hold and transfer water, so less water can be moved per unit time. Branching off this analogy, we can see that a lower thickness, and so a lower value for d, will result in a lower rate of thermal energy transfer. Thus, the correct option for this category will be 4.0 cm, eliminating D, F and H.

Finally, the longer the copper bar, the longer it takes to transfer a set amount of thermal energy along its whole length. This is because the metal ions in its lattice will have to undergo more collisions to 'shove' thermal energy from one ion to another, continuing along the bar until the other end. As a result, the greater value for the length, l, should be picked to minimise the rate of thermal energy transfer; 0.80 m. This eliminates B.

Therefore the only option remaining is F!

it was...a project

The discord is https://discord.com/channels/447410298299875329/1131602162783354920

Go to https://discord.com/channels/447410298299875329/1131602162783354920

No

r/place but 4d