I think the ans is no for your question because the treadmill is canceling out the thrust and that plane has to overcome or it has to give vertical thrust (if possible maybe). And the simple example can be that plane has to move forward to create lift as much as drag is provided.
The plane will not takeoff because there is no movement of air which is necessary for lift and the engine thrust will only increase the speed of the tredmill.If its right tell me
Sir, as a 15 yr old , I think the airplane will of course lift up because lets say if we consider a car running on treadmill (where the treadmill is designed such that the speed decreases or increases according to the velocity of car) , then the car will remain steady enough because the thrust produced here will be along the treadmill and the treadmill will also be exerting a same force on the wheels of the car due to which a pair of balanced forces would be created and hence the car will remain stationery . ON the other hand , if we are considering an aircraft then we know that the thrust produced in this case will not be along the treadmill whereas it would be produced in the atmosphere / gases. so this will lead the aircraft to move upwards( due to action and reaction forces) and therefore the aircraft will lift up. However, i may be incorrect , so please do provide the correct explanation in the next video.
Nah bro. Amount of lift depends on airspeed. In this case, as the treadmill will be be running on the same speed as the wheels in the opposite direction, the final velocity of the aircraft would be 0. Hence the airspeed would be 0 as well. No air, no lift, no take off.
the plane will not lift off, because there is no lift. Lift is generated when a solid object moves against air, but here, the plane is -stationary- relative to the wind
8:33 All depends on the airflow, there is something called preassure velocity tradeoff if the velocity is good enough, the preasue generated by that multipled by the area of the wings if grater than the weight of the aircraft, under these conditions it will take off, There was a video on Captain Joe's YT channel where they kept a sea plane with no landing gear on a trailer and then they attached that to a pickup truck and as soon as the speed / velocity ( moving in straigh direction ) was good enough the aircraft tookoff. Will be applying for CPL in some years, currently a 4th btech student learnt this during my JEE prep
Can I collaborate with any airlines that you complete our pilot procedure,I will do joy your airlines for life time...and the remaining cost for training you will cut down from my salary after getting job.... reply me plz
The plane will take-off perfectly fine coz speed/thrust is needed for the wings of the aircraft to create LIFT. Assuming air is present and everything else is unchanged, once aircraft reaches enough speed to overcome the weight of the aircraft it will fly, regardless of treadmill or any track.
The answer is no. A flight takes off when air flows below the wings which provides lift and assuming ur stagnant on a treadmill there will not be any lift
Sir i think Lift is generated by the flow of air over and under the wings, not just under the wings. The flow of air over the wings, creates a pressure difference, which results in lift according to Bernoulli's principle. An airplane on a treadmill that matches its take off speed, the airplane will still generate lift as long as it moves through the air. Lift is generated by the combination of factors, including the shape of the wings and the flow of air both above and below them. As long as the airplane is moving through the air, it will generate lift and can take off, regardless of the presence of a treadmill beneath it. The treadmill's movement does not affect the flow of air over the wings or the generation of lift.@@matrixgaming764
IT WILL NOT TAKE OFF as the aerodynamics of the aircraft at the take off stage will be made very linear. that is, the moto of a pilot at the take of stage is ONLY to gain the V1(take off speed). Till they attain V1 there will be zero flaps, elevators and no spoilers obviously, just to make sure there is no drag or lift generated which it will compromise with speed which reduces the velocity and end up taking long runway to take off. As most of the time pilots take off into the wind.. and where if flaps, elevators, rudder (vertical and horizontal stabilizers) make alot of changes to the flight So, it totally depends on factors that if flaps or elevators are engaged or not.....
8:56 Aircraft fly bcs of a force called lift. Lift is generated when there is a lower pressure on upper half of the wing than the lower half. Since aircraft will be stationery ( only wheels moving ) there will be no air flow above or below the wings so no pressure difference. Therefore aircraft wont fly.
I don't think so........ because the aircraft flies when lift force which counter gravity is generated. This is produced by the aerofoil shape of the wings of the aircraft. The aerofoil shape creates a pressure difference which makes the air over the wings move faster than the air under the wings ,this fast traveling air strikes the ground which produces the required lift force and hence the aircraft flies. But since there is no air as the aircraft is stationary (cuz relative velocity is zero) no pressure difference will be created as a result aircraft will not fly. Hope this helps 😊
08:23 no, cuz the aircraft is producing max. Thrust but with respect to ground it still stationary. So no high pressure will be created under wings and hence no lift will be generated and the aircraft won't airborne.
In this case no but It depends upon the headwind if aircraft is getting enough headwind required for takeoff then yes, it will get airborne Even if aircraft is on ground but getting head that will fulfil the need and some extra that compensate for takeoff run..
8:51 The engines need flowing air continuously. If you provide flow of air from the front then probably the plane can go air borne…. These kind of test on super bikes and supers cars (Dyno test) for track lvl performance and in that test flow of air is provided for efficiency of the engines. Also most importantly no aircraft can fly without lift
as a 10th grade student, I think it would be steady in the same position, but don't know how far it's correct or wrong so please do explain it in the upcoming videos.
Me too bro i too need much information and have no one to tell me... Sometimes it very difficult to make parents understand.. This career is actually very hidden
When we’re running on a treadmill we are matching the speed of the treadmill. Similarly, if the velocity of the treadmill and aircraft is the same, it’s going to be “running” on the treadmill but not be able to take off.
No , the flight doesn’t get airborne as the wheels would be spinning at a place without displacement,so no air flow over the wings no pressure difference so no lift
The aircraft won’t be able to takeoff because for a wing(3D airfoil) to generate lift ,it requires airflow over its top and bottom surface , which creates a pressure difference .As a result of which there is a pressure side (bottom ) and a suction side (top). This creates a lift vector which is directed perpendicular to the surface of the wing upwards (+ve lift). The treadmill & the aircraft on the other hand is stationary ,i.e, the aircraft or the treadmill is not in motion regardless of the wheels rotating at high speed over the treadmill. Unless there’s some amount of dynamic pressure over the wing (only possible when the aircraft is in motion ) the aircraft won’t be able to take off .. we can literally get that from the formula of lift L= q(infinity ) *S*Cl(co-efficient of lift ) ,q=dynamic pressure =1/2*rho*v(infinity)^2 , S= plan-form area of the wing, here infinity denotes the free stream velocity ….
I think the plane will stay steady because there is equal amount of friction and velocity on the treadmill and the wheels of the aircraft., And ya i am in 10th standard and ia have dream to become a pilot, so it means I am an aspiring pilot 🫡🙂
Salaries are good for pilots but don't forget that you have to pay 30% to the government as Tax on every lakh earned above 15lacs. Plus the expenses are also on higher side to sustain a good quality of life in a Tier 1 city. In my honest opinion, difficult to buy luxury cars in India while working in a job, mostly people running businesses buy luxury cars. I know people working in Finance and Tech which have similar salaries but they live a humble lifestyle and no they don't own Mercs or BMWs.
@@satvikkhare1844 Acha right ... Yesterday my father and i were arguing about hype of doctors and pilots and how they are now professions only kids from well off families can persue exceptions are always there if you are brilliant student
The aircraft won't be to able to leave the ground as only the work of thrust is getting done but to generate a lift the aircraft needs a higher pressure region under the wings and lower pressure above which is not getting created bcz of which it will stay in the ground
I don't really know much about aerodynamics, but just from my imagination, I think the plane would kinda lift up from the ground for a bit and then get smashed to the ground due to insufficient speed..
No Because the frame of refrence remains same and the air around the wing will be stationary instead of moving under the wings which eventually lifts the aircraft in air.
Yes, an aircraft will take off even if it's on a treadmill. The treadmill doesn't affect the aircraft's ability to generate lift and achieve takeoff, as long as the aircraft's engines are producing enough thrust to overcome its weight and drag. The wheels of the aircraft would simply spin faster on the treadmill, but the aircraft can still generate the necessary lift for takeoff.
The answer is no. A flight takes off when air flows below the wings which provides lift and assuming ur stagnant on a treadmill there will not be any lift
Since its stationary respective to the ground, and the situation being ideal. Airspeed respective to the plane will be 0 and hence producing 0 lift. It won’t take off.
1:53 computers replaced navigators, radio operators and flight engineers from aircrafts, so who knows? Maybe they will need only 1 pilot in the cockpit in a few years.
I am a co-pilot in Emirates and it won't be possible because just let me give you a better example, have you ever sat in a driverless car you are always scared and the car is running on the ground but the plane is flying there is no way that computers will get trust of the passengers and you cannot train AI for every situation and AI can't take emotional descisions . Second is flight engineers have not been completely replaced because in huge planes such as Airbus A380 there are flight engineers . Hope it clears your doubt .
@name_not_available-p2f no one said anything about completely replacing humans, btw autonomous flight assistant systems like autopilot etc. were there in airplanes long before cruise control was available for cars, because the chance of an airplane running into something is very low compared to a road driven vehicle. Already there are numerous small business jets that are certified for flight with only pilot.
8:33 acc to fluid mechanics i learnt.......... The wings of the aeroplane are having aerofoil shape. Due to this specific shape of wings when the aeroplane runs, air passes at higher speed over it as compared to its lower surface. This difference of air speeds above and below the wings, in accordance with Bernoulli's principle, creates a pressure difference, due to which an upward force called ' dynamic lift' ( = pressure difference × area of wing) acts on the plane. as such the height of wing is not very large and also the air to be assumed static (actually is negligibly kinetic but the stream is not streamlined as we get at high velocity) so creates almost no preassure difference hence dynamic lift can be considered as zero so it will not takeoff anyway until n unless ur giving that threshold velocity of air by an external aid. gyan ka choda mat bolna koi 😅😂
8:51 no the aircraft will not takeoff because the relative velocity of the aeroplane is still 0. The aeroplane is not moving forward for any air flow over its wings so no it wont takeoff
The aircraft won't takeoff as the Aircraft would need some horizontal velocity (momentum) to takeoff (to start gaining vertical velocity), not the tires moving fast. If that were the case, we probably would need helicopters.
no the plane will not get airborne becoz, speed of aircraft is = speed of treadmill, and the aircraft flies with respect to the speed of air. I am just a 10th grade student, I don’t have a proper knowledge of aerodynamics so, plz check it tapesh sir….. Btw big fan u are the reason i got intrested in aviation
The airplane will not take off as there is no air flowing over the airfoil shaped wings that produce the lift needed to overcome the weight of of the aircraft, so the aircraft will just keep rolling on the treadmill. @Boeing Boy please correct me if i am wrong
there is no relative airflow on wings which creates lift so answer is no aircraft will not takeoff but i've question for you what if you fit wings in your sport car and roll it on runway, will it take off?
Relative to the air foil system the angle of attack (alpha) with related to the wind. I.e when the trend mill is underneath to the aircraft and both are runs with same speed the drag force will be generated not a lift force.✈️ So the aircraft not lift off.
plane on treadmill let me share my answer with as much knowledge i have , first of all plane tyres are free to rotate . they does not move when engine produce take off trust, for this reason if treadmill belt is rotating it does not effect how much lift is produced. lift will be always dependant on the airflow above and below the wings. so there is the answer , if you apply thrust , plane will move ahead of treadmill because engine push the aircraft body ahead not types , tyres are free to rotate.
In order to aircraft to be airborne wings should produce enough lift , and according to lift equation velocity of relative air flow plays vvimp role, so if it's in treadmill then we need large amount of head wind to lift the aircraft so if it was a microlight then it might but large aircraft practically is not possible.
as u told this is not that easy profession to clear exams ani My wellwishers says that this is completely life at risk job soo would please do a video explaining these kind of doubts for many of pilot aspirants about tough side of training and about flying training and by doing bunji jumping parasuite rides and all do we need to check our phobias of heights and water as we cross many seas to travel for usa or the other
For the treadmill... I guess the flight won't take off because of the aerodynamics as the aircraft can't have sufficient air intake to make the lift-off
And my parents are really impressed. By the way you help people who want to be compiled it. They watched your ultimate guide, video . And they watch your video so that I can become a pilot.👩✈️👩✈️👩✈️✈️✈️✈️
It won’t takeoff, Besides the CL, the aircraft would need a higher dynamic power to generate a pressure differential to generate lift. Given the surface area/flap config is set to Opt config.
how can an aircraft takeoff from tradmill whaan aircraft ko lift hi nahin mil paaega kyuki air pressure badhega hi nahin toh hawa plane ke wings se takraaegi hi nahin toh lift hi nahin milegi
No. Aircraft can not fly. As there will be no lift. But if it could fly like that that would have solve many problems like runway lengths , also aircraft carrier could have been different.
Is it just me who thinks he looks like tilak varma (cricketer) 😂😂
Vubanis kumar ki chote bhai boeing boy 😅
No chance
Yes slightly resembles
He looks a bit like tech burner
I think the ans is no for your question because the treadmill is canceling out the thrust and that plane has to overcome or it has to give vertical thrust (if possible maybe). And the simple example can be that plane has to move forward to create lift as much as drag is provided.
Yes Captain. Review few flying schools. May be in different states as well. Good idea.
Congrats captain! Waited so much for your comeback!
Yes sir can you just give proper and honest reviews on flying schools in India. As a pilot i think you can better know the pros and cons.🙏🙏
Yes for sure
One word answer, headwind.
The plane wont take off because there isn’t any wind flowing below the wings to generate lift. Bernoulli’s theorem.
Finally smile on my face after 3months 😊
Soooo true 🤌💯
The plane will not takeoff because there is no movement of air which is necessary for lift and the engine thrust will only increase the speed of the tredmill.If its right tell me
Yes it will take off because at full thrust lift will be generated and hence it will be airborne as simple as that 🤷♂️
Hii.. sir
I would like if you review the best flying schools in india .
Will be waiting for it .
Happy independence day ❤❤
Sir, as a 15 yr old , I think the airplane will of course lift up because lets say if we consider a car running on treadmill (where the treadmill is designed such that the speed decreases or increases according to the velocity of car) , then the car will remain steady enough because the thrust produced here will be along the treadmill and the treadmill will also be exerting a same force on the wheels of the car due to which a pair of balanced forces would be created and hence the car will remain stationery . ON the other hand , if we are considering an aircraft then we know that the thrust produced in this case will not be along the treadmill whereas it would be produced in the atmosphere / gases. so this will lead the aircraft to move upwards( due to action and reaction forces) and therefore the aircraft will lift up. However, i may be incorrect , so please do provide the correct explanation in the next video.
Nah bro. Amount of lift depends on airspeed. In this case, as the treadmill will be be running on the same speed as the wheels in the opposite direction, the final velocity of the aircraft would be 0. Hence the airspeed would be 0 as well. No air, no lift, no take off.
@@kms01223 well the airspeed is not created because of wheels. anyways lets wait for the correct answer
Isn't that what i explained?
the plane will not lift off, because there is no lift. Lift is generated when a solid object moves against air, but here, the plane is -stationary- relative to the wind
The aircraft on treadmill won't be able to take off, it's because there won't be any Relative Airflow, no Px diff.
8:33
All depends on the airflow, there is something called preassure velocity tradeoff if the velocity is good enough, the preasue generated by that multipled by the area of the wings if grater than the weight of the aircraft,
under these conditions it will take off,
There was a video on Captain Joe's YT channel where they kept a sea plane with no landing gear on a trailer and then they attached that to a pickup truck and as soon as the speed / velocity ( moving in straigh direction ) was good enough the aircraft tookoff.
Will be applying for CPL in some years, currently a 4th btech student learnt this during my JEE prep
Same here bro.
Which college btw ?
Here too bro, where are you planning to do your CPL from and what about the costs involved?
Can I collaborate with any airlines that you complete our pilot procedure,I will do joy your airlines for life time...and the remaining cost for training you will cut down from my salary after getting job.... reply me plz
@@gamerz3197 IIIT DWD
@@chirag7694 nice i am from DTU
Bro came🔥🔥 after months but blew up and congratulations on the little baby Arki🎉
flying school reviews >>>>>>>>>>>>>>>>>>>
Really love to see review of redbird I heard that they have 5 base in India and now have a base in Sri Lanka don't know much about it as of now 😅
The plane will take-off perfectly fine coz speed/thrust is needed for the wings of the aircraft to create LIFT. Assuming air is present and everything else is unchanged, once aircraft reaches enough speed to overcome the weight of the aircraft it will fly, regardless of treadmill or any track.
The answer is no. A flight takes off when air flows below the wings which provides lift and assuming ur stagnant on a treadmill there will not be any lift
Sir i think Lift is generated by the flow of air over and under the wings, not just under the wings. The flow of air over the wings, creates a pressure difference, which results in lift according to Bernoulli's principle.
An airplane on a treadmill that matches its take off speed, the airplane will still generate lift as long as it moves through the air. Lift is generated by the combination of factors, including the shape of the wings and the flow of air both above and below them. As long as the airplane is moving through the air, it will generate lift and can take off, regardless of the presence of a treadmill beneath it. The treadmill's movement does not affect the flow of air over the wings or the generation of lift.@@matrixgaming764
IT WILL NOT TAKE OFF as the aerodynamics of the aircraft at the take off stage will be made very linear. that is, the moto of a pilot at the take of stage is ONLY to gain the V1(take off speed). Till they attain V1 there will be zero flaps, elevators and no spoilers obviously, just to make sure there is no drag or lift generated which it will compromise with speed which reduces the velocity and end up taking long runway to take off. As most of the time pilots take off into the wind.. and where if flaps, elevators, rudder (vertical and horizontal stabilizers) make alot of changes to the flight
So, it totally depends on factors that if flaps or elevators are engaged or not.....
8:56
Aircraft fly bcs of a force called lift. Lift is generated when there is a lower pressure on upper half of the wing than the lower half. Since aircraft will be stationery ( only wheels moving ) there will be no air flow above or below the wings so no pressure difference. Therefore aircraft wont fly.
I don't think so........
because the aircraft flies when lift force which counter gravity is generated. This is produced by the aerofoil shape of the wings of the aircraft. The aerofoil shape creates a pressure difference which makes the air over the wings move faster than the air under the wings ,this fast traveling air strikes the ground which produces the required lift force and hence the aircraft flies. But since there is no air as the aircraft is stationary (cuz relative velocity is zero) no pressure difference will be created as a result aircraft will not fly.
Hope this helps 😊
It depends on the treadmill size because when the treadmill is compact in size the air will make force on ground for upward thrust
Answer - because the plane is in the same place bcoz of treadmill it cannot generate lift to takeoff.
08:23 no, cuz the aircraft is producing max. Thrust but with respect to ground it still stationary. So no high pressure will be created under wings and hence no lift will be generated and the aircraft won't airborne.
Loved your content and yes we all want you to review flying schools by going there so excited for this new concept video❤
In this case no but It depends upon the headwind if aircraft is getting enough headwind required for takeoff then yes, it will get airborne Even if aircraft is on ground but getting head that will fulfil the need and some extra that compensate for takeoff run..
Congratulations mate. God bless the little one 🙂. Hope you guys are having a lovely time
8:51 The engines need flowing air continuously. If you provide flow of air from the front then probably the plane can go air borne…. These kind of test on super bikes and supers cars (Dyno test) for track lvl performance and in that test flow of air is provided for efficiency of the engines. Also most importantly no aircraft can fly without lift
Thanks for the vdo sir... I want to become a pilot and you are great guider to me
as a 10th grade student, I think it would be steady in the same position, but don't know how far it's correct or wrong so please do explain it in the upcoming videos.
Me too bro i too need much information and have no one to tell me... Sometimes it very difficult to make parents understand.. This career is actually very hidden
When we’re running on a treadmill we are matching the speed of the treadmill. Similarly, if the velocity of the treadmill and aircraft is the same, it’s going to be “running” on the treadmill but not be able to take off.
@@dariaantonov7257 Yeah I actually meant the same that it will keep on running at the same speed but not able to take off.
08:23 not at all, the ac taking off depends upon the RELATIVE AIRFLOW, AS IT GENERATES LIFT WHEN INTERACTS WITH WING
I would like to add the boyount force of the wind (spelling could be wrong )
No , the flight doesn’t get airborne as the wheels would be spinning at a place without displacement,so no air flow over the wings no pressure difference so no lift
Yes Sir please review flying schools it will be a very good help for us to directly take admission after exploring it a little bit❤
Finnally, I was waiting for this video
The aircraft won’t be able to takeoff because for a wing(3D airfoil) to generate lift ,it requires airflow over its top and bottom surface , which creates a pressure difference .As a result of which there is a pressure side (bottom ) and a suction side (top). This creates a lift vector which is directed perpendicular to the surface of the wing upwards (+ve lift).
The treadmill & the aircraft on the other hand is stationary ,i.e, the aircraft or the treadmill is not in motion regardless of the wheels rotating at high speed over the treadmill.
Unless there’s some amount of dynamic pressure over the wing (only possible when the aircraft is in motion ) the aircraft won’t be able to take off .. we can literally get that from the formula of lift L= q(infinity ) *S*Cl(co-efficient of lift ) ,q=dynamic pressure =1/2*rho*v(infinity)^2 , S= plan-form area of the wing, here infinity denotes the free stream velocity ….
I think the plane will stay steady because there is equal amount of friction and velocity on the treadmill and the wheels of the aircraft., And ya i am in 10th standard and ia have dream to become a pilot, so it means I am an aspiring pilot 🫡🙂
Kafi acha question hai👍...according to me..nhi ud PAYEga kyoki use lift nhi milegi (bcz ek trike se movement 'zero' ho gya
😊..OK Sir...sure
Yes, i want the reviews of flying school in India especially Bangalore(if any)
Salaries are good for pilots but don't forget that you have to pay 30% to the government as Tax on every lakh earned above 15lacs. Plus the expenses are also on higher side to sustain a good quality of life in a Tier 1 city. In my honest opinion, difficult to buy luxury cars in India while working in a job, mostly people running businesses buy luxury cars. I know people working in Finance and Tech which have similar salaries but they live a humble lifestyle and no they don't own Mercs or BMWs.
@@Coco_Chanel7 absolutely, middle class guys can't even think of becoming pilots.
@@Coco_Chanel7 no no
@@satvikkhare1844
Acha right ...
Yesterday my father and i were arguing about hype of doctors and pilots and how they are now professions only kids from well off families can persue exceptions are always there if you are brilliant student
@@satvikkhare1844 you are from India sahi nah ... Tou can you narrate cost of doing CA vs per semester fee of IIT
Yes,Sir please review best flying schools asap
Yes it will take off, as it's connected to atmosphere the wings will lift themm
The aircraft won't be to able to leave the ground as only the work of thrust is getting done but to generate a lift the aircraft needs a higher pressure region under the wings and lower pressure above which is not getting created bcz of which it will stay in the ground
I don't really know much about aerodynamics, but just from my imagination,
I think the plane would kinda lift up from the ground for a bit and then get smashed to the ground due to insufficient speed..
No Because the frame of refrence remains same and the air around the wing will be stationary instead of moving under the wings which eventually lifts the aircraft in air.
Yes, an aircraft will take off even if it's on a treadmill. The treadmill doesn't affect the aircraft's ability to generate lift and achieve takeoff, as long as the aircraft's engines are producing enough thrust to overcome its weight and drag. The wheels of the aircraft would simply spin faster on the treadmill, but the aircraft can still generate the necessary lift for takeoff.
Haan bhai chat gpt se answer pel diya
The answer is no. A flight takes off when air flows below the wings which provides lift and assuming ur stagnant on a treadmill there will not be any lift
Since its stationary respective to the ground, and the situation being ideal. Airspeed respective to the plane will be 0 and hence producing 0 lift. It won’t take off.
Yaaayyyyyy😀..... Exited for boeing boy video again....🥺💗
No one waiting for u eagerly than me...😢😢❤❤❤
no i was also waiting
@@mhdibrahimkp me too
me too
Mee too
Mememememeeee
We would love to watch you reviewing the flying schools
1:53 computers replaced navigators, radio operators and flight engineers from aircrafts, so who knows? Maybe they will need only 1 pilot in the cockpit in a few years.
I am a co-pilot in Emirates and it won't be possible because just let me give you a better example, have you ever sat in a driverless car you are always scared and the car is running on the ground but the plane is flying there is no way that computers will get trust of the passengers and you cannot train AI for every situation and AI can't take emotional descisions . Second is flight engineers have not been completely replaced because in huge planes such as Airbus A380 there are flight engineers . Hope it clears your doubt .
@name_not_available-p2f no one said anything about completely replacing humans, btw autonomous flight assistant systems like autopilot etc. were there in airplanes long before cruise control was available for cars, because the chance of an airplane running into something is very low compared to a road driven vehicle. Already there are numerous small business jets that are certified for flight with only pilot.
Yes. Surely try to talk with the flying schools
yes please review the schools
Yes please review the flying schools
Congratulations and lots of blessings for your New born🎉❤
Yes, please review on Bihar Flying Institute
Very hearty welcome to the new guest. God bless him ❤️❤️❤️
8:33
acc to fluid mechanics i learnt.......... The wings of the aeroplane are having aerofoil shape. Due to this specific shape of wings when the aeroplane runs, air passes at higher speed over it as compared to its lower surface. This difference of air speeds above and below the wings, in accordance with Bernoulli's principle, creates a pressure difference, due to which an upward force called
' dynamic lift' ( = pressure difference × area of wing) acts on the plane. as such the height of wing is not very large and also the air to be assumed static (actually is negligibly kinetic but the stream is not streamlined as we get at high velocity) so creates almost no preassure difference hence dynamic lift can be considered as zero
so it will not takeoff anyway until n unless ur giving that threshold velocity of air by an external aid.
gyan ka choda mat bolna koi 😅😂
8:51 no the aircraft will not takeoff because the relative velocity of the aeroplane is still 0. The aeroplane is not moving forward for any air flow over its wings so no it wont takeoff
yeah yeah bro is getting richer and richer everyday
Yes please review flying school waiting please do it
Please review the flying schools Boeing Boy
The aircraft won't takeoff as the Aircraft would need some horizontal velocity (momentum) to takeoff (to start gaining vertical velocity), not the tires moving fast. If that were the case, we probably would need helicopters.
no the plane will not get airborne becoz, speed of aircraft is = speed of treadmill, and the aircraft flies with respect to the speed of air.
I am just a 10th grade student, I don’t have a proper knowledge of aerodynamics so, plz check it tapesh sir…..
Btw big fan u are the reason i got intrested in aviation
Tapesh plzz do a video on any of the best flying school!🙏🏻it’ll be good for our guidance and would really help us,so plzz dude 🙏🏻💗✨
Sir can please make vedio on redbird aviation 🙏🏻🙏🏻
We want more episodes of Cockpit Stories!!! Please continue that awesome video series Sir!!!
Hy tapesh nd prachi di good morning i really love you nd my little angel betu(archi)💕💕. so excited to Meet you all ❣️💗. your well-wisher 😊
Yes review the flying school and cost of cpl and their allowance it may help soooo
which is the best airline in india and abroad? please answer my question. and also please try to upload videos daily or weekly
Yes we want flying school reviews
Ya sir please review the flying schools it would be great help for us
Sir, Can you please review the flying schools??It would be a great help for aspiring pilots.
No sir actually the aircraft works on most of principal that which only take off when the relative wind hits the wings
The airplane will not take off as there is no air flowing over the airfoil shaped wings that produce the lift needed to overcome the weight of of the aircraft, so the aircraft will just keep rolling on the treadmill. @Boeing Boy please correct me if i am wrong
I m watching this.. though I m not in the field of aviation but I love seeing tapesh bhaiya video🥰🥰🥰
Yes , please review flying schools sir
there is no relative airflow on wings which creates lift so answer is no aircraft will not takeoff but i've question for you what if you fit wings in your sport car and roll it on runway, will it take off?
Yes please review flight schools
The plane is stationary on the treadmill so no airflow around the wing means no lift means no takeoff
Relative to the air foil system the angle of attack (alpha) with related to the wind. I.e when the trend mill is underneath to the aircraft and both are runs with same speed the drag force will be generated not a lift force.✈️
So the aircraft not lift off.
Very important and descriptive information caption ❤
plane on treadmill
let me share my answer with as much knowledge i have , first of all plane tyres are free to rotate . they does not move when engine produce take off trust, for this reason if treadmill belt is rotating it does not effect how much lift is produced. lift will be always dependant on the airflow above and below the wings. so there is the answer , if you apply thrust , plane will move ahead of treadmill because engine push the aircraft body ahead not types , tyres are free to rotate.
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Yup please do that reviewing thing of flying school, waiting for them cool guy
No because the aircraft is stationary only and there is no air under the wing which help in producing the lift. Am i correct ??
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Love from pak❤
Plzzz go ahead very much needed this information
Captain we will love to get reviews of different flying schools in India😃
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Nice , tell us about future of more flights add on AirAsia will land at Bhopal some day...
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In order to aircraft to be airborne wings should produce enough lift , and according to lift equation velocity of relative air flow plays vvimp role, so if it's in treadmill then we need large amount of head wind to lift the aircraft so if it was a microlight then it might but large aircraft practically is not possible.
as u told this is not that easy profession to clear exams ani
My wellwishers says that this is completely life at risk job soo would please do a video explaining these kind of doubts for many of pilot aspirants about tough side of training and about flying training and by doing bunji jumping parasuite rides and all do we need to check our phobias of heights and water as we cross many seas to travel for usa or the other
For the treadmill... I guess the flight won't take off because of the aerodynamics as the aircraft can't have sufficient air intake to make the lift-off
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Yes, please give us the review of best flying school
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It won’t takeoff,
Besides the CL, the aircraft would need a higher dynamic power to generate a pressure differential to generate lift. Given the surface area/flap config is set to Opt config.
how can an aircraft takeoff from tradmill whaan aircraft ko lift hi nahin mil paaega kyuki air pressure badhega hi nahin toh hawa plane ke wings se takraaegi hi nahin toh lift hi nahin milegi
No. Aircraft can not fly. As there will be no lift. But if it could fly like that that would have solve many problems like runway lengths , also aircraft carrier could have been different.
IT WILL NOT TAKE OFF beacause there is no wind at all above the treadmill which is the factor to produce lift to the aircraft