(meters per second) per second ->algebra-> = m/s^2 . Change in velocity per second. I've been searching for this answer for YEARS!! It all makes sense now! Thank you Quint!!!
You're an awesome teacher, my man. Thanks for making this video, it helps a lot. Very well done; good angles, good communication, clear instructions, and easy step by step process.
Hi, great explanation of hydro mechanics and how to get to electrical power. As an uni student (power engineering) this is super interesting and also good way to revise things. Thank you for your time. PS: unit trick is the most useful skill for making sure it is correct.
around 13:00, discussion involving newtons, joules, etc., was WAY more convoluted and confusing than, head x flow rate x gravity (divided by 1000) density can be assumed to be ONE (kg per liter).
If we use a reduction gear to increase the torque output of the rotor , is it possible to eliminate the fluctuations that was present while running the generator? And maybe increase the amperage ?
Joule = Nm . Watt = (Nm)/s . So, if the 200 Joule shock was delivered in one second from a heart defibrillator to a heart, it would be 200 Joules/ 1 second = 200 Nm/s = 200 Watts (=0.2 Kw). Electricity typically moves fast, so if it happened in less than one second the power output to the heart would increase, i.e. 1/10 of a second -> 200 Joules/ 0.1 s = 200 Nm/ 0.1 = 2000 Watts = 2 Kw and so forth. This could be wrong, maybe Quint will chime in to correct it if it is wrong? I hope so... I don't want to spread misinformation on the internet.
@@justin_time Thanks 4 that info... Having had 4 of them shocks while in Hospital;... dealing with AF (Atrium Fibrillation;...) & U don't feel anything when U R out of it... Having seen it done on other & their bodies jump like a wet Halibut out of water... It's got to pack something... Now this ? was the last on my mind while in there...
if you still think that 70w was correct, then i suggest that you divide your pascal value by 1000. in case you don't know, the basic energy/power calc yields a value in kw. to get watts, divide by 1000
Me encanta tu canal Quint! La pregunta que me hago es como haces para convencer a tu mujer para inhabilitar un baño de tu casa! Felicitaciones por tu increíble trabajo.
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(meters per second) per second ->algebra-> = m/s^2 . Change in velocity per second. I've been searching for this answer for YEARS!! It all makes sense now! Thank you Quint!!!
YES! Fantastic. I love helping people make those connections! 👍
You're an awesome teacher, my man. Thanks for making this video, it helps a lot. Very well done; good angles, good communication, clear instructions, and easy step by step process.
Love what you are doing. I’m a power EE in renewables and this is perfect for helping people figure out these concepts.
You should get an affiliation link for remarkable. I'll probably end up buying one, eventually, and your usage has been useful to see.
Another GR8 video...
Awesome edits. Thanks for you time investment and dedication
Hi, great explanation of hydro mechanics and how to get to electrical power. As an uni student (power engineering) this is super interesting and also good way to revise things. Thank you for your time. PS: unit trick is the most useful skill for making sure it is correct.
around 13:00, discussion involving newtons, joules, etc., was WAY more convoluted and confusing than,
head x flow rate x gravity (divided by 1000) density can be assumed to be ONE (kg per liter).
If we use a reduction gear to increase the torque output of the rotor , is it possible to eliminate the fluctuations that was present while running the generator? And maybe increase the amperage ?
@ 6:44 U mentioned Joule... (I might B a bit ahead of this video)
But what is 200 Joules as an electrical shock from a Heart Defibrillator...
Joule = Nm . Watt = (Nm)/s . So, if the 200 Joule shock was delivered in one second from a heart defibrillator to a heart, it would be 200 Joules/ 1 second = 200 Nm/s = 200 Watts (=0.2 Kw). Electricity typically moves fast, so if it happened in less than one second the power output to the heart would increase, i.e. 1/10 of a second -> 200 Joules/ 0.1 s = 200 Nm/ 0.1 = 2000 Watts = 2 Kw and so forth. This could be wrong, maybe Quint will chime in to correct it if it is wrong? I hope so... I don't want to spread misinformation on the internet.
@@justin_time Thanks 4 that info...
Having had 4 of them shocks while in Hospital;... dealing with AF (Atrium Fibrillation;...) & U don't feel anything when U R out of it... Having seen it done on other & their bodies jump like a wet Halibut out of water... It's got to pack something... Now this ? was the last on my mind while in there...
Would using Wye instead of Delta be the cause of any power loss? If it reduces the voltage, does the current react at all?
if you still think that 70w was correct, then i suggest that you divide your pascal value by 1000.
in case you don't know, the basic energy/power calc yields a value in kw.
to get watts, divide by 1000
Me encanta tu canal Quint! La pregunta que me hago es como haces para convencer a tu mujer para inhabilitar un baño de tu casa! Felicitaciones por tu increíble trabajo.
Thanks for linking to the original video... Please consider linking to your original channel on the channels tab... The link you made from the original to this channel is not bidirectional...
We have 3 phase!!! Go live in the netherlands!
??????? at 14:24, ?????? still 70 w ???? ehhhhhhhh
17:30, more utter NONSENSE
Sorry too much of fluff, no substance. You know ur stuff and can even build but badly explained.