You are a blessing, although I understand and like physics its still challenging to learn this stuff while having only online classes. Your videos save me a lot of time and give me the reassurance that I learned the Topics correctly 👍🏽
At 8:32 shouldn’t the fraction be over positive CE? Cause from what i know the equation will be: [ ln |Q-CE| - ln |0-CE| ] = ln(Q-CE) - ln |-CE| = ln(Q-CE) - ln(CE), and the (-) in between turns them into a fraction like in the video
@@tommyli1695 could cause a spark if the resistance is small. Capacitor is fine as long as it's voltage rating is less than the battery voltage. In reality the wires in the circuit has a small resistance so it still takes time to charge.
You are a blessing, although I understand and like physics its still challenging to learn this stuff while having only online classes. Your videos save me a lot of time and give me the reassurance that I learned the Topics correctly 👍🏽
Harris Steven Thompson Shirley Martin Anna
My professor recommended me here, and he is right. This does help for extra understanding!
Physics Ninja loves referrals. Thanks for your support.
Calling it an exponential seems a bit convoluted... Specifically because the operation is exponentiation, and the number utilized is Euler's #.
The bit that I needed some further explaining on (calculus part) was glossed over. Would love to understand that part a little better.
i hate this topic. thanks for making it a little bit bearable
Imagine writing E for Voltage instead of V
It's correct. You're working with the voltage of the supplier. It's the f.e.m. voltage.
How it possible to capacitor charge and decharge at the same time?
At 8:32 shouldn’t the fraction be over positive CE? Cause from what i know the equation will be: [ ln |Q-CE| - ln |0-CE| ] = ln(Q-CE) - ln |-CE| = ln(Q-CE) - ln(CE), and the (-) in between turns them into a fraction like in the video
THAnks
perfect explanation!
thank u!!
Great video, helped alot for my test tomorrow.
Physics ninja u too crazy u derived an equation that is given in our course u do this every time water down your Kung Fu
Glad he does. My teacher makes us derive them on a test to use them.
Knowing how to derive equations also helps you understand what the equation actually means. It’s great for reinforcing concepts.
I don't know what is wrong with me but I can not understand this topic
You need to understand the mathematics of the topic
@@copernicus6420 screw it man I passed this
I would advice you to read a book named H C Verma
Thanks a lot! It really helped
Can you explain it sinhala
what
what will happen if we dont put a resistor
Capacitor charges instantaneously
@@PhysicsNinja will it cause damage to the capacitor or battery？
@@tommyli1695 could cause a spark if the resistance is small. Capacitor is fine as long as it's voltage rating is less than the battery voltage. In reality the wires in the circuit has a small resistance so it still takes time to charge.
Bro you don't need calculus for this shit!
He showed how that equation was derived.