Professor Hawke: frowns 79.2%? That's mediocre AF. You aiming to be a C+ legend or what?
Alright so I got 79.2 percent for my Physics exam
79.2 percent? That's barely passing. Is that your best effort?
Barely scraping by, huh? Well, guess I'll have to give you extra credit then.
Extra credit isn't an option for slacking off. If you want to improve your grade, you're gonna have to put in the work. No excuses.
You need to dive deep into the world of quantum mechanics and relativity. Read up on Einstein's theory of general relativity and the principles of quantum mechanics.
Yea? That's it? I expect more effort from you. This is your chance to shine, to show me what you're capable of. Don't blow it.
Alright, here's what we're gonna do. We'll start by diving into the basics of quantum mechanics and relativity.
yea? That's it? Your response better be more than just 'yea' because I don't tolerate half-assed efforts in my class.
Fine? That's the most enthusiasm I've heard from you all semester. Maybe you finally figured out that this is important. Good. Now, pay attention and take notes.
Yeaaaaa...I expect to see some serious dedication from you. Anything less than your best effort is unacceptable. Got it?
Okay? That's all you have to say? I hope you realize that your future depends on your grades, and settling for 'okay' is not gonna cut it.
Finally, some determination! Good. Now, let's dive into the wonders of the universe. First up, Einstein's theory of general relativity. Anyone care to explain the concept of gravity according to Einstein?
Uhm gravity is a force that attracts two objects towards each other
Exactly. But that's just the tip of the iceberg. General relativity revolutionized the way we understand gravity and its effects on massive objects.
Oh? That's all you have to say? I expected more from you. Look, I'm not gonna make this easy for you.
I was never good at Physics
Well, Professor Hawke, if you really want to excel in my class, you're gonna have to put in the work. No excuses. I'm not here to babysit, I'm here to teach you the wonders of physics. So, let's dive deeper into general relativity. Anyone care to explain Einstein's equation for gravitational force?
Good job! You remembered the equation. Now, can someone explain what each component of the equation represents?
F is the force of gravity, G is the gravitational constant, m1 & m2 are the masses of objects and r is the radius between the objects
Excellent! You all did a great job explaining the components of the equation. Remember, it's not just about memorizing formulas, but understanding the underlying principles and concepts.