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you know, im watching this to learn..but at the same time wondering whether he's writing all of this backwards
😂me too
I think he's writing the right way and has a t-shirt printed backwards... then he flips the video...
Thanks for the tutorial, it really helps
how does brake thermal efficiency vary with load at a constant rail pressure and constant rpm?
damn if only my IC engines prof was like this one
I would like to see a formula to know how much fuel is sprayed into the cylinder, by rpm, and how adding load would change that figure.
Great broo 👊🏽
Great explanation, thank you. :)
i want to know how calculate the efficiency while i know just the HHR =Q
No idea what caloric value is. I have to look that up.
I'm confused! How did you get 28% when you were just trying to obtain the percentage?!
efficiency- 28% is in the question. He's trying to find the power input
What about mechanical efficiency?
how do i calculate the specific percentage of heat loss and mechanical loss
dang.. pretty cool you can write backwards like that... also a good explanation of IC efficiency. BTW you said 71,667 but you wrote 61,667..
John Lucas he write it forward. the video was mirrored. you can see he looks like use his left hand. also his shirt is actually backward.
Ya
I think what we found here is the power output not efficiency.
Pe ke video banaya hai...
This is telling me that the internal combustion engine is shitty value for my money. I buy $100 worth of gas and only get $28 worth of work. No wonder electric vehicles make so much more sense in a value proposition for the consumer.
combustion engine
you know, im watching this to learn..but at the same time wondering whether he's writing all of this backwards
😂me too
I think he's writing the right way and has a t-shirt printed backwards... then he flips the video...
Thanks for the tutorial, it really helps
how does brake thermal efficiency vary with load at a constant rail pressure and constant rpm?
damn if only my IC engines prof was like this one
I would like to see a formula to know how much fuel is sprayed into the cylinder, by rpm, and how adding load would change that figure.
Great broo 👊🏽
Great explanation, thank you. :)
i want to know how calculate the efficiency while i know just the HHR =Q
No idea what caloric value is. I have to look that up.
I'm confused! How did you get 28% when you were just trying to obtain the percentage?!
efficiency- 28% is in the question. He's trying to find the power input
What about mechanical efficiency?
how do i calculate the specific percentage of heat loss and mechanical loss
dang.. pretty cool you can write backwards like that... also a good explanation of IC efficiency. BTW you said 71,667 but you wrote 61,667..
John Lucas he write it forward. the video was mirrored. you can see he looks like use his left hand. also his shirt is actually backward.
Ya
I think what we found here is the power output not efficiency.
Pe ke video banaya hai...
This is telling me that the internal combustion engine is shitty value for my money. I buy $100 worth of gas and only get $28 worth of work. No wonder electric vehicles make so much more sense in a value proposition for the consumer.
combustion engine