- Видео 5
- Просмотров 100 922
Bite-Sized Science
Индия
Добавлен 8 июн 2020
Wrapping your head around confusing science topics made real easy through our simple explanations and informative videos! And the best part is... YOU have a say in what we make videos on :-)
Do let us know if there is something you're trying to learn, something you need explained, we'll try and make that video for you.
Do let us know if there is something you're trying to learn, something you need explained, we'll try and make that video for you.
Scalars, Vectors and Aircraft Wings - an easy visualization
An easy visualization to understand the difference between scalars and vectors and how it affects aircraft wings.
Animation by: Kuber Nandi
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Background music: Love Mode by Joakim Karud
#Scalars #Vectors #Science
Animation by: Kuber Nandi
Do connect with us and offer suggestions for videos you'd like to see:
bitesized2020
bitesizedinsta
BiteSizedScienceFB/
www.patreon.com/BiteSizedScience
Background music: Love Mode by Joakim Karud
#Scalars #Vectors #Science
Просмотров: 792
Видео
Tactical Knife vs Kitchen Knife - Can you use a chef's knife in combat?
Просмотров 6 тыс.4 года назад
Knives are knives, right? Are tactical knives and kitchen knives interchangeable? Let's find out in this episode where we compare a combat knife with a chef's knife, explore their metallurgy, design, etc. to see what makes them suited for their purpose. Do connect with us and offer suggestions for videos you'd like to see: bitesized2020 bitesizedinsta Bit...
Bigger engines are weaker? - McLaren Senna and Volvo FH16 compared
Просмотров 3 тыс.4 года назад
More CCs doesn't necessarily mean more power - there is a lot more to engine design than just cylinder capacity. Here we compare the performance figures of two extreme engines: 1. The D16K750 of the Volvo FH16 - the most powerful truck from Volvo 2. The M840TR of the McLaren Senna Do connect with us and offer suggestions for videos you'd like to see: bitesized2020 bite...
TORQUE - and why it reduces at high revs
Просмотров 88 тыс.4 года назад
What is Torque? An explanation of torque and bending moment and the answer to the question: Why does torque reduce at high rpms? Animation by: Anuran Sonowal anuransonowal1@gmail.com Do connect with us and offer suggestions for videos you'd like to see: bitesized2020 bitesizedinsta BiteSizedScienceFB/ www.patreon.com/BiteSizedScience Background music: Cla...
Difference between POWER and ENERGY
Просмотров 3,1 тыс.4 года назад
Our first video! First of many hopefully :-) In this, we explain the difference between POWER and ENERGY as applied to physics. Animation by: Anuran Sonowal Horse animation courtesy: GSTUDIO ANIMATIONS Do connect with us and offer suggestions for videos you'd like to see: bitesized2020 bitesizedinsta BiteSizedScienceFB/ www.patreon.com/BiteSizedScience
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just skip to 3:50
Im glad I discovered your channel
that commandos reference hahaha
everyone wants to be a comedian
your jokes are great man 😂😂
Loved the explanations, and also the references at the end! 😂
😇
I say, "Medieval Temperate building" 😂😂😂😂
Watching this 3 yrs after upload but so useful.
That Volvo engine spec sheet you displayed at 03:58 is crazy, that amount of torque puts even the bigger i6s of Caterpillar to SHAME. Ofc. we talking stock.
so informative and great thinking 🙂 Kudos to team.
Did my engine more efficient when i ride at the max torque?
BOTH are a tool dumby. One is just used different than the other
Honesty a great video! You deserve more subs! Can you do one on the use-case of higher RPMs for racing applications?
Today my all doubts cleared why power and torque reduces after a certain extent.
That’s why most criminals use kitchen knives to attack people,very few people are slashed and stabbed with tactical knives in the UK ,just look at the stats,you sir are talking mince
Kitchen knives would be more common than combat knives, though, no?
I rather take the kitchen knife over the "combat" knife. The "combat" knife there is more like a general purpose utility knife. The kitchen knife has a guard of sorts and a larger blade is better for fighting
why aren't you making more videos?????
Great tutorial, thanks!
I think the more interesting question is why torque decreases left from the peak? Aren't low rpms better for volumetric efficiency hence torque ?
Too good!
Great vid!
Very simple explanation, the faster the engine spins the less time air can enter the cylinder, therefore the explosions will be less powerful, but still fast.
Doesn't torque just need more gears to go faster, meaning larger gears. Example; if you had a slip clutch that would allow for the car to eventually hit equal the top speed of the engine. I installed a 17 litter engine in a pickup truck that could handle the weight. Install two clutches on front and back of the engine. That would allow for the engine to become one to one ratio to the wheels and engine. Would you be able to use the torque of the engine to get to the peak horse power? I know somehow I am missing something?
20 seconds of education 10 minutes of unnecessary clips
The old timber buildings were restricted by the road space needed for carts and horses at ground level. But unless you ride a giraffe, you don't need that road space further up.
Great little video. That was a lot of fun. 🙂
Then why don't engines dont stop at that rev and have higher revs available?
Because power isn't entirely reliant on Torque. Power = (Torque*RPM)/Constant. Even if you reach max torque and the torque starts dropping off, power can still increase if the rate of increase in RPM is sufficient enough to make up for the decrease in torque. This means that if the torque doesn't drop off too hard, you still make more power past maximum torque - it's how most racing engines and high revving engines make their power. They don't have much torque at all, especially on the low end. However, once the rate of decrease in torque is big enough, you start making less power the higher you rev.
3:30 "so it's quite obvious that if we increase the rpm the torque also increases". My opinion, if we increase the torque, the rpm will increase (with same load).
Watt is this?😁to force the issue, gotta put sufficient & sustained energy into that work! Although could consider the energy form along with various units & scale, let's bite into that! Crazy about Kinematics.
Waiting for new videos
Force decrease after peak torque. That's the true answer.
Fantastic video. Signed up just to suscribe and comment on how good your videos are. After watching this one I watched the other four just for fun. you should keep making this content. It’s fun to learn like this.
Good explanation
Metric system suppremacy 💪💪
great
Every knife can kill
3:00 🤣
Very well delivered! 😂😂👏👏👏
Concise and precise. Awesome video and to that I subscribe.
inertia of air fuel valve time rezonans air in intake exhasut sytem ,inertia of twisitng part like crankshaft piston valve spring which cant go back so fast at certain rpm etc all this eat energy at biger rpm 😉 so such reduce output torque at higher rpm but it dosent matter what really matter is what level of power and torque and at which rpm manufactory want to setup theyr engine once they achieve it the achieve what they want achieve 👍🏻
No such thing as unrealistic stunt in India, brother.
I suppose all weapons can be tools and all tools can be weapons. Good video!
What happened why did these people stop making videos 🥲
What happened why did these people stop making videos 🥲
What happened why did these people stop making videos 🥲
Bertele tele
why you are talking in a hurry?