⚠️ *Enjoy the videos?* if you would like to buy Paul a coffee to say thanks, link below: ☕ PayPal: www.paypal.me/TheEngineerinMindset Channel membership: th-cam.com/channels/k0fGHsCEzGig-rSzkfCjMw.htmljoin Patreon: www.patreon.com/theengineeringmindset
It was and still most confusing thing for me ....power vs torque.... Please give us a comparative video....and more explanation... From till school 16 years ...till I am not able to understand
Thank you for this video, I've been watching all of your videos for a long time now. You make great easy to understand and Short videos so we never get bored. 😁🙂
I really like your videos! please make one explaining the difference between force and power. in the past I had a lot of trouble trying to understand eletricity but I finally got the intuition watching your videos! I appreciate that in all videos you assume that the spectator has no previous knowledge, most people don´t assume that and end up making harder to understand videos
The bike example for torque trips me up every time. When I was a kid I kept my bike in the highest gear at all times because everything else felt like my legs were spinning and doing nothing. I never could never completely understand what value a low gear would have, or how my legs spinning twice as fast for the same output was supposed to help me up a hill.
I'm an engineer.. and you're one of the best ever engineers I've seen.. I watched many of your videos.. and you're exactly in depth !! So thank you for sharing your knowledge 🙏 ... I have a question to discuss; which came before, vector multiplication or physical quantities, I mean.. did we conclude the cross and dot products because this is what they mean in physics, OR we had them already and then we chose the dot for work and cross for torque etc... because this is what each product mean and we should use a specific type to have the physical meaning correct?! 🤔
@the engineering mindset Thank you so much sir. This concept was explained so beautifully. This might be the first time in life (I'm a mechanical engineer now), that I properly understood the concept of how high gear low torque and low gear high torque actually work. Thanks a lot.
Hey guys love your videos. I'm currently studying to be a cleanroom equipment technician and I was wondering if you could make a video on cryopumps and other subjects relating to cleanroom equipment processes. I really loved your Ohms law video. Thank you guy for the great content!
People that need to get deeper into engineering, like getting a degree, have to go beyond videos in the internet. Materials science is typically included in an engineering degree.
Bro I’m taking my NEC state exam soon. I need major help with the calculation part of all of the test lol…. Do you have calculation videos we can all find easy to learn from? Thanks!
A senior mechanic once told me that Tata trucks had immense horse power as a result it would perform well at lower torque which is favourable for hilly regions whereas Leyland Trucks were of low horse power compared to Tata trucks but it's torque aspect was excellent ,as a result it performed very well at a higher torque and could carry heavy load slow and steadily on a hilly road because of its excellent torque qualities, but what Leyland Trucks were lacking was the instant pick up which was very much existent in Tata Trucks powered by Mercedes Benz Engine, that is why Tata trucks were very much preferred in hilly sections, but Leyland trucks powered by British Leyland Engine still could perform quite well because of its superior torque qualities.
I think I get it fully but maybe not. Is the longer the wrench meaning more torque because the further away you get from the nut the less force per measurement needs to be applied. I imagined a scenario of me trying to turn a nut with a 70 ft pole or something and realized the further out I am the less force I need because the force is distributed into smaller pieces.
Good video (as usual) with good graphics (as usual). Why are gear (ratios) referred to as “low” and “high” (or “lower” and “higher”)? I know the answer, but this is almost never actually explained; the terms are just used as though everyone knows what they actually mean.
Maybe I am off topic, so just FYI; "Gears" actually mesh (teeth drive teeth). But, for bicycles, we have allowed into common lexicon the misnomer "gear" to mean cog or sprocket (chain drives teeth).
@@bob-ny6kn So, whether actual gears or a sprocket-and-chain arrangement, why is a small gear/sprocket (input) driving a large gear/sprocket considered to be a “low(er)” gear ratio while the opposite is considered a “high(er)” gear ratio”, other than the obvious that in automotive transmission the gears are usually numbered 1 to x (where X is 3, 4, 5,or 6).
@@brucefay5126 Ah. The answer I do not have exactly but... if a smaller input gear drives a larger output gear at some ratio, let's say 4 turns for the input gear makes the output gear turn only once, you are in low/slow (high torque) gear. If the input gear is larger than the output gear, the output will rotate faster/higher... but you probably know that, and that didn't answer your queation.
@@bob-ny6kn Indeed. My question is why a slow(er) output (high(er) torque) ratio is referred to as “low” while a fast(er) output (low(er) torque) ratio is referred to as “high”? Why did the labels “low” and “high” get applied in this way? It seems to be something we just learn at some point and then carry on. A rose by any other name, I suppose.
Hi On brass plumbing or refrigeration compression nuts, we lubricate the thread and copper to make tighten less effort. Would the torque wrench over tighten the nuts if they're lubricated? I mean is torque wrench relying on friction to click at set torque?
⚠️ *Enjoy the videos?* if you would like to buy Paul a coffee to say thanks, link below: ☕
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Engineering Grindset.
Please make a video about zener diode
It was and still most confusing thing for me ....power vs torque....
Please give us a comparative video....and more explanation...
From till school 16 years ...till I am not able to understand
The easy explanation about the concept of a physics & engineering is very helpful for the concerned people & students. Thanks for your explanation. 🌻
I would like to see a video about horsepower vs torque in car engines.
Snap! I find it near impossible to explain the difference clearly 🤪
horsepower:force(torque) over a period of time.Quite simple actually
Torque is how much power a engine can produce, Horsepower is how quickly it can produce that power hence it’s called HP
There are several videos on this
Mechanical vs Electrical cars you mean
My girlfriend says she cannot marry a man who doesn't understand torque so I am.
But why she requires Torque 😂😂
After some time she will ask rotational motion
Is it just me or you meant that.....?!?
Thank you for this video, I've been watching all of your videos for a long time now. You make great easy to understand and Short videos so we never get bored. 😁🙂
It takes someone very clever to explain a concept in such simple to understand terms.
To most practical engineers this blindingly obvious. When you are struggling to crack a tough nut you would’ve already gone for that longer spanner.
Great content made into simple understanding.
That shows true genius.
Stay safe and well
Finally a explanation to torque that I can now fully understand. Cheers
I really like your videos! please make one explaining the difference between force and power.
in the past I had a lot of trouble trying to understand eletricity but I finally got the intuition watching your videos!
I appreciate that in all videos you assume that the spectator has no previous knowledge, most people don´t assume that and end up making harder to understand videos
You probably saved lots of people lifetime problems! Thank you so much!
By far one of my favorite channels on TH-cam.
Okay ! Nothing can be simpler than this and even youtube ads are longer than this video … The video is simply torqued !!!
Thank you. Last year I had to sit on an exam in which I was required to write down what torque was and I didn’t have a clue. Now I know it.
Thank you so much!! I always hear this term in various car videos and I am like "huh?". This was very simplified and great to easily understand.
The bike example for torque trips me up every time. When I was a kid I kept my bike in the highest gear at all times because everything else felt like my legs were spinning and doing nothing. I never could never completely understand what value a low gear would have, or how my legs spinning twice as fast for the same output was supposed to help me up a hill.
you teach so fast and well you don't give me a chance to get bored
awesome job👍
Need such basic concepts in small chunks ❤️👍
Thank you so much for the explanation. This was simply put
thanks for the video now i understand tourque your videos help so much!👏
Easy and simple explanation anyone can understand. 👍🏽
Extremely nice explained.
Very clearly explained.thanks man...
Thanks a lot for such a great video upload indeed!
I finally understand it thanks.
I'm an engineer.. and you're one of the best ever engineers I've seen.. I watched many of your videos.. and you're exactly in depth !! So thank you for sharing your knowledge 🙏 ...
I have a question to discuss; which came before, vector multiplication or physical quantities, I mean.. did we conclude the cross and dot products because this is what they mean in physics, OR we had them already and then we chose the dot for work and cross for torque etc... because this is what each product mean and we should use a specific type to have the physical meaning correct?! 🤔
Simply Superb. Thank you!
@the engineering mindset Thank you so much sir. This concept was explained so beautifully. This might be the first time in life (I'm a mechanical engineer now), that I properly understood the concept of how high gear low torque and low gear high torque actually work. Thanks a lot.
See our new video on how to build mechanical versions of electronic circuits? Watch here: th-cam.com/video/Zv9Q7ih48Uc/w-d-xo.html
holy shit
You are awesome the whole concept got cleared
Good explanation of torque and how it works.
Great animation!
Very helpful and easy to understand
Finally, a real explanation! Not a jumble of vocab words that you need a damn doctorate to understand.
This is gold thank you
Every Explain make me clearly
Thank you, this explanation was so clear and helpfull
Thanks bro this video is very helpful
Thank u sir new to ur channel almost watched every video beautifully explained pls provide the pdf also.
Thank you very much!
Excellent.
Very informative.
Thank you for this. I was looking how to calculate the length of a breaker bar to apply 720Nm at the nut. Cheers
Senang fahami tq✨
Great Explanation
Thank You very much 💞🌟
I am from India and It is the best explanation about Torque I have ever seen!!
Thank you, do you know we also have a Hindi channel? th-cam.com/channels/g4k338hz9U8jnD5SXPO5jQ.html
Hey guys love your videos. I'm currently studying to be a cleanroom equipment technician and I was wondering if you could make a video on cryopumps and other subjects relating to cleanroom equipment processes. I really loved your Ohms law video. Thank you guy for the great content!
Gesic
easy quick explained
thank you very much!
thank you so much!
i love your works
Nice explained
Awesome!
Brother, thank you so much!, may god bless you!:)
Thanks for your help and I hope you have a good time😎😎😎😎
Great video
Love it
Hi I’m new to this channel, thank you for sharing this👌🏼😊… 100% subscribed 👍🏼👍🏼👍🏼👍🏼
Thank you❤️
You’re welcome 😊
@@EngineeringMindset 🥰
Excellent 😍
Excellent
Thank you again
i never understood tourqe thanks alot for the video
best explained
Good job 👍👍👍
With the quality of these video's, i really wonder why engineering schools stil exist
Rens,
Be thankful that we have both.
People that need to get deeper into engineering, like getting a degree, have to go beyond videos in the internet. Materials science is typically included in an engineering degree.
@@uwekonnigsstaddt524 yep, i can confirm this its a boring class to be honest 🤣
By just watching videos here and not doing any practical work or putting down your thoughts into a report, doesn't make you an engineer
The school system is obsolete. Online and self-paced education is the future.
Incredible explaining.
I fannally geot it////
I will always appreciate short videos.
Very nice explanation, pl make a vedio on tap changer working in transformer.
Thanks
Make a video about Synchronous motor working and types
extraordinary
thanks sirrrrrrrrrrrr
its pretty helpfull😎😎😎😎😎😎😎😎
Tq . Bro.. can you please explain differentials and how gear shiftinga are going on in cars and bikes
I wish I knew this channel earlier.
Good men
Very amazing explanation!
Glad you think so!
This explanation was even more details than what I learn at school
thanks
Good 👍
A Video about the whole Motor of a car would be interresting
Hi paule could you please make a video about induction generator and how to make an induction motor acts as a generator
thankyou
The last bit was good. I'd suggest you explaining it a little bit more.
thank you vm
Bro I’m taking my NEC state exam soon. I need major help with the calculation part of all of the test lol…. Do you have calculation videos we can all find easy to learn from? Thanks!
sir please explain about the disel generator
good
A senior mechanic once told me that Tata trucks had immense horse power as a result it would perform well at lower torque which is favourable for hilly regions whereas Leyland Trucks were of low horse power compared to Tata trucks but it's torque aspect was excellent ,as a result it performed very well at a higher torque and could carry heavy load slow and steadily on a hilly road because of its excellent torque qualities, but what Leyland Trucks were lacking was the instant pick up which was very much existent in Tata Trucks powered by Mercedes Benz Engine, that is why Tata trucks were very much preferred in hilly sections, but Leyland trucks powered by British Leyland Engine still could perform quite well because of its superior torque qualities.
Is there a video, wiring a circuit breaker, to a house, like wiring switches etc.
Do you think you could make a video about the Arduino? - Thanks!
I think I get it fully but maybe not. Is the longer the wrench meaning more torque because the further away you get from the nut the less force per measurement needs to be applied. I imagined a scenario of me trying to turn a nut with a 70 ft pole or something and realized the further out I am the less force I need because the force is distributed into smaller pieces.
Good video (as usual) with good graphics (as usual). Why are gear (ratios) referred to as “low” and “high” (or “lower” and “higher”)? I know the answer, but this is almost never actually explained; the terms are just used as though everyone knows what they actually mean.
Maybe I am off topic, so just FYI; "Gears" actually mesh (teeth drive teeth). But, for bicycles, we have allowed into common lexicon the misnomer "gear" to mean cog or sprocket (chain drives teeth).
@@bob-ny6kn That’s an interesting point, but not what I am trying to get clarified.
@@bob-ny6kn So, whether actual gears or a sprocket-and-chain arrangement, why is a small gear/sprocket (input) driving a large gear/sprocket considered to be a “low(er)” gear ratio while the opposite is considered a “high(er)” gear ratio”, other than the obvious that in automotive transmission the gears are usually numbered 1 to x (where X is 3, 4, 5,or 6).
@@brucefay5126 Ah. The answer I do not have exactly but... if a smaller input gear drives a larger output gear at some ratio, let's say 4 turns for the input gear makes the output gear turn only once, you are in low/slow (high torque) gear. If the input gear is larger than the output gear, the output will rotate faster/higher... but you probably know that, and that didn't answer your queation.
@@bob-ny6kn Indeed. My question is why a slow(er) output (high(er) torque) ratio is referred to as “low” while a fast(er) output (low(er) torque) ratio is referred to as “high”? Why did the labels “low” and “high” get applied in this way? It seems to be something we just learn at some point and then carry on. A rose by any other name, I suppose.
Please tell me what in an emplifier and how it works?
this guys just installed the concept of torque and the significance of gear
*_He explained better in 2 mins tan my teacher in 80min_*
Hi
On brass plumbing or refrigeration compression nuts, we lubricate the thread and copper to make tighten less effort.
Would the torque wrench over tighten the nuts if they're lubricated?
I mean is torque wrench relying on friction to click at set torque?
Yes, lubrication will alter torque figures. I've seen charts where torque values are assumed for dry fasteners not lubricated.
@@waynemizer4912 thanks 👍 that's good information.
So is this information about torque going to be true for an electric motor will the electric motor have to have something to torque up a hill
Hi Paul we need glycol chiller video
More chiller videos in a few weeks time
Does torque work the same way under water
Torque is used mainly for shaft .
The work needed to rotate a shaft .