A 1000mF 40v super capacitor should be 8 times larger than the 1000mF 5v super capacitor and could be smaller or the same size as the common 25mF 40v capacitor shown. Many people say in the comments that size doesn't matter... But it does matter if you have to respect the voltage needs of the circuit and still evaluate the possibility of spikes considering 100% of the safety factor. I always put capacitors with twice the circuit voltage.
@григорийкорчагин-г2ъСағат бұрын
А если мозг ваш обратно повернуть,что будет интересно?
@mahsadarvishi4 сағат бұрын
In 17:05 you considered motion downward but you also considered friction downward. I'm now confused
@Reiallison5 сағат бұрын
How did it become 18. 7?
@shafqatabbasgondal99586 сағат бұрын
Dispossible
@yeecheng10529 сағат бұрын
Really helped me!! THANK YOU SO MUCH ❤❤
@shyaamganesh998111 сағат бұрын
The study of finding maxima or minima of shapes subject to certain conditions is called calculus of variations.
@jprizzuto12 сағат бұрын
you need to correct ur work at 20:00. the answer, a = 6.83, down the ramp is correct. but (mu)(cos theta) should be a positive value, not negative. the block moves up the ramp with initial velocity 15 m/s, decelerating at 6.83 m/s/s for 2.2 seconds and stalls out after 16.5 meters
@ArushSharma1171Study15 сағат бұрын
For The one in the rotatory frame of reference: centrifugal force For the one outside the rotatory frame of reference: inertia of direction
@yuriigorg72117 сағат бұрын
Магия какая-то… Не реально …
@Meshari.0718 сағат бұрын
Thank you so much sir, from Saudi Arabia 😅❤
@busbahuthua276019 сағат бұрын
Great 😊
@BonesyTucson21 сағат бұрын
Thank you! Been alive 52 years and I had no idea of this effect and the relationship between crank arm length and radius. Very cool!
@rajdiproy-b5o23 сағат бұрын
I have doubt on this experiment.
@86JEYPIКүн бұрын
Do you mean refraction index??
@Edward-WankelКүн бұрын
Эти принципы еще Архимед сформулировал: чем длинней рычаг, тем больше усилие в точке вращения. Точка опоры колеса тоже является рычагом.😊
@grimblethegreat3183Күн бұрын
This is so logical and illogical at the same time
@ErmadRakhmonovКүн бұрын
Мораль такого, если наполнить желудок убегающего водой , он обратно бежать в туалет 😅😅😅
@stanronnКүн бұрын
Oompa Looks Science! I said good day 😂
@lazarbeam5593Күн бұрын
what if the outside shell is nonconducting charged, do you just do the same thing as the interior sphere?
@MotoBristolКүн бұрын
"Land of the free"
@y.t1480Күн бұрын
Force centrifuges tj tangentielle
@ЮрийК-к4кКүн бұрын
А ты думал, что будет по другому?
@marcoaddis8180Күн бұрын
Adesso sposta il bicchiere da una parte all'altra 😮😮😊!!!
@IceCreamCornDawgКүн бұрын
Bro looks like the original oompa loompa
@Sans________________________96Күн бұрын
C = + C in calculus
@vforvideos105Күн бұрын
Very nice😊❤
@technologymadefunКүн бұрын
I remember solving this problem in a book called 200 puzzling problems in physics. A beautiful problem indeed.
@tomaszandraka8985Күн бұрын
Take it one step closer to make the formula a little cleaner: take out the (1+r)^N term from the top and bottom - this simplifies to: M = (P*r)/(1-(1+r)^-N). Great explanation!
@optimisticMonaКүн бұрын
This is pretty much the best review of the topic,thnx a ton I came back to my notes for the graph representation stuff ,if you're taking the AP bleh this will suffice yes. Thanks Ninja!
@1UTUBEUSERNAMEКүн бұрын
"Shtring"
@consun4282 күн бұрын
Bruh.. Green hair...
@0therun1t212 күн бұрын
There was an experimental train like that in the 1800s, I think. It had a double gyroscope system and was amazing but they would need to be in every car so it was impractical in more than one way and very expensive.
@user-mt9pj3grd2 күн бұрын
Это потому, что вектор силы направлен по касательной к окружности.
@The_MOA.2 күн бұрын
This is amazing! I am doing review questions for a retest the night before and I never understood these questions until now. I thought I would have to stay up all night figuring it out.
@dzymslizzy36412 күн бұрын
Take off the rubber bands, and I bet it would continue to roll right off the table! The rubber bands are sort of a cheat to force the desired outcome.
@dglooze2 күн бұрын
Not a paradox, easily explained with physics.
@KnightWhoSaysNi2 күн бұрын
Hi, I'm trying to solve a problem that is somewhat similar to this. I know the launch position (x, y) and the target position (some distance for x, always some height difference for y), and gravity is 9.81. Is it possible with kinematic equations to find out the launch velocity such that the projectile always hits the target? I could also assume the launch angle is 45 degrees.
@KnightWhoSaysNi2 күн бұрын
Figured it out, with 45 degree angle it's actually easy. Vi = sqrt (gravity * x^2 / (x-y) )
@niskala77442 күн бұрын
19.29 why did we ignore the m? so the T is just a+g?
@Zach-sg5uu2 күн бұрын
They should use these for tickets in restaurants!!
@marionikolaev10382 күн бұрын
I want my 54 seconds back !!!! What a waste of time...