Don't try! just study the basics of fluid dynamics. There are a lot of these kinds of stupid scientists doing these kinds of videos to earn money by viewers views.
A convergent-divergent nozzle or a system with an expansion and contraction section. This relates to Bernoulli’s principle and the continuity equation: Continuity equation: It states that the flow rate (volume of water per unit of time) remains constant in a closed pipe. If the diameter increases, the water velocity decreases; if the diameter decreases, the velocity increases. Bernoulli’s principle: In steady flow, when the velocity of a fluid increases, the pressure decreases, and vice versa. In the case of your pipe: As the water passes through a wider section of the pipe, its velocity decreases, and as a result, the static pressure increases in that section. Then, as it narrows again towards the outlet (the narrower part), the water is forced to accelerate because the area decreases, and as it speeds up, the static pressure drops while the kinetic energy (velocity) of the water increases. Outcome at the outlet: Due to the increase in water velocity as it passes through the narrow section, you will have a higher exit velocity, which can make the water jet stronger. The dynamic pressure at the outlet (which depends on the velocity) will be higher, although the static pressure (the internal pressure of the fluid at rest) will be lower due to the acceleration.
Air kecil karena gravitasi, bisa karena pipa terlalu kecil atau terlalu besar itu masalahnya kalo besar air spt itu tergantung kalo level gravitasi tinggi bisa sederasv itu air
Já vi funcionando com a garrafa pet, perto da saída da água, na vertical, também usando caneta, seringa, o bico do lava louças e a água sai forte mesmo
A convergent-divergent nozzle or a system with an expansion and contraction section. This relates to Bernoulli’s principle and the continuity equation: Continuity equation: It states that the flow rate (volume of water per unit of time) remains constant in a closed pipe. If the diameter increases, the water velocity decreases; if the diameter decreases, the velocity increases. Bernoulli’s principle: In steady flow, when the velocity of a fluid increases, the pressure decreases, and vice versa. In the case of your pipe: As the water passes through a wider section of the pipe, its velocity decreases, and as a result, the static pressure increases in that section. Then, as it narrows again towards the outlet (the narrower part), the water is forced to accelerate because the area decreases, and as it speeds up, the static pressure drops while the kinetic energy (velocity) of the water increases. Outcome at the outlet: Due to the increase in water velocity as it passes through the narrow section, you will have a higher exit velocity, which can make the water jet stronger. The dynamic pressure at the outlet (which depends on the velocity) will be higher, although the static pressure (the internal pressure of the fluid at rest) will be lower due to the acceleration.
It's fake, don't try this and waste money. The pressure of water remains same whether you fixed large diametered pipe. Remember that the pressure always depends on the height of the tank.😊
IF YOU WANT TO LEARN ABOUT PLUMBING YOU NEED TO KNOW THE BASIS OF WATER GRAVITY FLOW OR IMAGINE HOW A RIVER FLOWS WHEN YOU MAKE MANY BARRIERS THEN YOU WILL KNOW HOW FAST THE WATER FLOWS.
may ma content lang...kahit lagyan mo yan de sais na tubo kapag naubos ang laman na tubig dahil mahina ang source balik yan sa tagas ihi...😂😂😂😂😂payo lang kapatid wag ka maghugas ng pinagkainan nyo jan sa lapag ...kadiri tingnan...dun ka sa lababo maghugas ng pinggan nyo...😂😂😂😂
Un real mentira, la presión en un sistema depende de la diferencia de altura entre el origen (supongo que en este caso es un tanque de almacenamiento) y la descarga, y no del diámetro de las cañerías involucradas. A real lie, the pressure in a system depends on the difference in height between the origin (I assume in this case it is a storage tank) and the discharge, and not on the diameter of the pipes involved.
A convergent-divergent nozzle or a system with an expansion and contraction section. This relates to Bernoulli’s principle and the continuity equation: Continuity equation: It states that the flow rate (volume of water per unit of time) remains constant in a closed pipe. If the diameter increases, the water velocity decreases; if the diameter decreases, the velocity increases. Bernoulli’s principle: In steady flow, when the velocity of a fluid increases, the pressure decreases, and vice versa. In the case of your pipe: As the water passes through a wider section of the pipe, its velocity decreases, and as a result, the static pressure increases in that section. Then, as it narrows again towards the outlet (the narrower part), the water is forced to accelerate because the area decreases, and as it speeds up, the static pressure drops while the kinetic energy (velocity) of the water increases. Outcome at the outlet: Due to the increase in water velocity as it passes through the narrow section, you will have a higher exit velocity, which can make the water jet stronger. The dynamic pressure at the outlet (which depends on the velocity) will be higher, although the static pressure (the internal pressure of the fluid at rest) will be lower due to the acceleration.
A convergent-divergent nozzle or a system with an expansion and contraction section. This relates to Bernoulli’s principle and the continuity equation: Continuity equation: It states that the flow rate (volume of water per unit of time) remains constant in a closed pipe. If the diameter increases, the water velocity decreases; if the diameter decreases, the velocity increases. Bernoulli’s principle: In steady flow, when the velocity of a fluid increases, the pressure decreases, and vice versa. In the case of your pipe: As the water passes through a wider section of the pipe, its velocity decreases, and as a result, the static pressure increases in that section. Then, as it narrows again towards the outlet (the narrower part), the water is forced to accelerate because the area decreases, and as it speeds up, the static pressure drops while the kinetic energy (velocity) of the water increases. Outcome at the outlet: Due to the increase in water velocity as it passes through the narrow section, you will have a higher exit velocity, which can make the water jet stronger. The dynamic pressure at the outlet (which depends on the velocity) will be higher, although the static pressure (the internal pressure of the fluid at rest) will be lower due to the acceleration.
tubo rin po na may mas malaking size...how it works? first may air or hangin sa loob ng mga empty tubes including the (imbudo) tube na na-trapped or na compressed kaya ito ang nagpapalakas ng pressure...back to normal pressure na po ito kapag na ubos na or nailabas ng lahat air na nakulong sa tube... hehehehe malakas lang ito habang may air pang kasama ng tubig pero kapag nakalabas ng lahat ng air na yun eh... tapos na ang "magic" nito at dapat na gawin muli style (compressed the air inside the empty tube) para lumakas muli pressure... nangyayari ito sa atin kapag nawalan ng supply ng tubig....papasok ang air sa empty tube then closed u po valve at kapag bumalik na supply ng tubig eh magugulat po u sa unang open u ng valve gawa ng nakulong na air sa tube na pushed naman ng incoming water...
Nagpakita la nga na ganun hindi mo naman ipinakita yong pinanggalingan ng source syempre malakas dahil may pump na nagtutulak kong mag share ka kumpletohin mo para maintindihan ng mga nanonood mag share ng kulang kulang walang kwenta yong pag seshare mo
This «high pressure system» only works for a few seconds. Fake, a scam.
😂😂😂
Yes
Sure he is a donkey
You are right
Yes, all the vedio in this topic are 100% fake
The Ball valve plays a vital role in this video it was adjusting before repairing and when finish it was fully open
Liar, liar your pantie is on 😊😊
I read all of the negative comments. There's no harm in trying it! Thank you for the video!
For trying it, we need money and why should we waste money for useless ideas..
There is harm in trying it... Money and time
So did you try this at home ?
Don't try! just study the basics of fluid dynamics. There are a lot of these kinds of stupid scientists doing these kinds of videos to earn money by viewers views.
It's atome taking and cost involved. Why should one be mislead for your views ?
Don't fool others my friend , first understand what is pressure and velocity and how they are inter related
A convergent-divergent nozzle or a system with an expansion and contraction section. This relates to Bernoulli’s principle and the continuity equation:
Continuity equation: It states that the flow rate (volume of water per unit of time) remains constant in a closed pipe. If the diameter increases, the water velocity decreases; if the diameter decreases, the velocity increases.
Bernoulli’s principle: In steady flow, when the velocity of a fluid increases, the pressure decreases, and vice versa.
In the case of your pipe: As the water passes through a wider section of the pipe, its velocity decreases, and as a result, the static pressure increases in that section. Then, as it narrows again towards the outlet (the narrower part), the water is forced to accelerate because the area decreases, and as it speeds up, the static pressure drops while the kinetic energy (velocity) of the water increases.
Outcome at the outlet: Due to the increase in water velocity as it passes through the narrow section, you will have a higher exit velocity, which can make the water jet stronger. The dynamic pressure at the outlet (which depends on the velocity) will be higher, although the static pressure (the internal pressure of the fluid at rest) will be lower due to the acceleration.
Keluaran air sederas itu pasti menggunakan pompa dorong🤣 kalau bikin yg masuk akal😁
Air kecil karena gravitasi, bisa karena pipa terlalu kecil atau terlalu besar itu masalahnya kalo besar air spt itu tergantung kalo level gravitasi tinggi bisa sederasv itu air
@@HeriHairi-o8ximposible, sy bikin keluaran dari torn 2in terus di oper ke 3in bikinnya vertikal gk sekencang itu tendangannya 😂
Good it's working, thanks for the information
your next video you should review the pressure pump also which one you use
Derasnya hanya sekejap pada waktu kran dibuka (selanjutnya biasa aja ngalirnya/sudah coba)🙏
liat di menit 1:20 pendorongnya belum dimatikan,,,🤫🤫🤫🤫
@@daiyanRizqi kelupaan kayanya (ada pompa pendorong) 🤭
Honestly ask, the pressure how long will it be last?
The high pressure PVC pipe must be fitted in a vertical position unlike the present horizontal, you get more pressure.
Já vi funcionando com a garrafa pet, perto da saída da água, na vertical, também usando caneta, seringa, o bico do lava louças e a água sai forte mesmo
Rather use a let say 10 liter water tank above it with a large output. It will take some time to fill the tank but than it can be emptied out fast.
All the water pump factory will closing down soon... brilliant idea
Good example yo understand Bernoulli's principle.
Must to be known resource capacity and gravity potential to enzure to bring water as we need
I wonder & doubt whether it will work permanently on practice
Who else noted that the there was already a swift pressure when he just cut the pipe.... He shifted the vedio and makes public fool
感觉这个要是行的话 这是最理想的
Hi Wonderful video Sir. How it does work. Plz explain. Regds Rayappa
Amazing .....👍🙂
Its like someone pushing car when he/she in the car and hope additional speed of the car😅
Apa ini dri air mesin bor atau dri bak penampungan(tandong)
tidak menampilkan instalasi end-to-end hanya pas keluarnya saja :)
Excellent.
11 :12 am show the whole system .
Good
Physics left the chat
A convergent-divergent nozzle or a system with an expansion and contraction section. This relates to Bernoulli’s principle and the continuity equation:
Continuity equation: It states that the flow rate (volume of water per unit of time) remains constant in a closed pipe. If the diameter increases, the water velocity decreases; if the diameter decreases, the velocity increases.
Bernoulli’s principle: In steady flow, when the velocity of a fluid increases, the pressure decreases, and vice versa.
In the case of your pipe: As the water passes through a wider section of the pipe, its velocity decreases, and as a result, the static pressure increases in that section. Then, as it narrows again towards the outlet (the narrower part), the water is forced to accelerate because the area decreases, and as it speeds up, the static pressure drops while the kinetic energy (velocity) of the water increases.
Outcome at the outlet: Due to the increase in water velocity as it passes through the narrow section, you will have a higher exit velocity, which can make the water jet stronger. The dynamic pressure at the outlet (which depends on the velocity) will be higher, although the static pressure (the internal pressure of the fluid at rest) will be lower due to the acceleration.
Liquid cannot be compressed, baby!
It's fake, don't try this and waste money. The pressure of water remains same whether you fixed large diametered pipe. Remember that the pressure always depends on the height of the tank.😊
Fake; otherwise prove it by showing the complete connection End-To-End
Urur. Ginawa mo pa kaming mangmang.
Why do people think it’s ok to try and scam other people.
Hear the pump Fescher open and cut.😂😂😂😂
Wow,,,look like using pump booster at behind camera 😅
Controlling the ball valve to show weak water flow..
പ്രഷർ പമ്പ് നല്ലപോലെ വർക്ക് ചെയ്യുന്നുണ്ട്
Good job
Magic ! 😮
Bien usado el principio de "Venturi"
Mantul
Pas buka pertama jangan di vidio dulu, jadi ketahuan baru habis dimatikan pompa pendorongnya karena masih ada sisa tekanan😂😂😂
Dapat bantuan tekanan udara dari mana itu..?
1:20 Dia lupa mematikan pompa pendorong 🤣
betul kawan,,,🤣🤣🤣🤣🤣🤣
Itukan sisa air walupun dimatikan ttp aj kluar crott
IF YOU WANT TO LEARN ABOUT PLUMBING YOU NEED TO KNOW THE BASIS OF WATER GRAVITY FLOW OR IMAGINE HOW A RIVER FLOWS WHEN YOU MAKE MANY BARRIERS THEN YOU WILL KNOW HOW FAST THE WATER FLOWS.
idol ano po un ginamit mong pvc pwd makahingi ng list ng mga ginamit mo para ma try
Itu ada yg bukakan kran di sebelah kiri, stop kran itu ada pompa shimitzu
wkwkwkk betul 🤣
Ho'oh gua ampir dikibulin
Ye Kam kareyga ???
high!!
Ficou legal muito bom
i want to try it...
Super
The smaller pipe size is 1/2". What is the size of the bigger pipe please?
6cm
Does not matter. Will not work
Se paso de listo espero y nadie crea en esa patraña.
Thấy bịt khẩu trang là uy tín rồi nha.
Flody fooooool mentol paahal
Gak yakin gua,itu mungkin ada pompa dorongnya
Just turn on the fire hydrant
good video i like this
Chicken 🍗 physics
Это называется ресивер!
Scammer! Everyone please report such videos as scam so that they don’t scam us.
Never trust the blue pipe content
There is a probability of 99.9% that it is fake!
मस्तच
1 water pump off
2 water pump on 😂
Inside out 2
may ma content lang...kahit lagyan mo yan de sais na tubo kapag naubos ang laman na tubig dahil mahina ang source balik yan sa tagas ihi...😂😂😂😂😂payo lang kapatid wag ka maghugas ng pinagkainan nyo jan sa lapag ...kadiri tingnan...dun ka sa lababo maghugas ng pinggan nyo...😂😂😂😂
This guy trying to fool us
Pendorongx langsung dgn mesin,,,konten hoakx
It works...ultil the thick pive goes run out of...Close wait to refill and still working nice and efficiently.
Energy saving in a rural world ❤
Nonsense. Will only work for 1-2 seconds each time the faucet is opened.
Few seconds pressure
not sure why all these magic pressure videos are performed by people living in squalor in third world countries
Work if a sick brain
Un real mentira, la presión en un sistema depende de la diferencia de altura entre el origen (supongo que en este caso es un tanque de almacenamiento) y la descarga, y no del diámetro de las cañerías involucradas.
A real lie, the pressure in a system depends on the difference in height between the origin (I assume in this case it is a storage tank) and the discharge, and not on the diameter of the pipes involved.
A convergent-divergent nozzle or a system with an expansion and contraction section. This relates to Bernoulli’s principle and the continuity equation:
Continuity equation: It states that the flow rate (volume of water per unit of time) remains constant in a closed pipe. If the diameter increases, the water velocity decreases; if the diameter decreases, the velocity increases.
Bernoulli’s principle: In steady flow, when the velocity of a fluid increases, the pressure decreases, and vice versa.
In the case of your pipe: As the water passes through a wider section of the pipe, its velocity decreases, and as a result, the static pressure increases in that section. Then, as it narrows again towards the outlet (the narrower part), the water is forced to accelerate because the area decreases, and as it speeds up, the static pressure drops while the kinetic energy (velocity) of the water increases.
Outcome at the outlet: Due to the increase in water velocity as it passes through the narrow section, you will have a higher exit velocity, which can make the water jet stronger. The dynamic pressure at the outlet (which depends on the velocity) will be higher, although the static pressure (the internal pressure of the fluid at rest) will be lower due to the acceleration.
😂😅 what a JOKE!! 😅
"*Report this as fake video*", usjng pump he creates pressures, while cutting the pipe u can see the pressure.
Waste of money n time
A convergent-divergent nozzle or a system with an expansion and contraction section. This relates to Bernoulli’s principle and the continuity equation:
Continuity equation: It states that the flow rate (volume of water per unit of time) remains constant in a closed pipe. If the diameter increases, the water velocity decreases; if the diameter decreases, the velocity increases.
Bernoulli’s principle: In steady flow, when the velocity of a fluid increases, the pressure decreases, and vice versa.
In the case of your pipe: As the water passes through a wider section of the pipe, its velocity decreases, and as a result, the static pressure increases in that section. Then, as it narrows again towards the outlet (the narrower part), the water is forced to accelerate because the area decreases, and as it speeds up, the static pressure drops while the kinetic energy (velocity) of the water increases.
Outcome at the outlet: Due to the increase in water velocity as it passes through the narrow section, you will have a higher exit velocity, which can make the water jet stronger. The dynamic pressure at the outlet (which depends on the velocity) will be higher, although the static pressure (the internal pressure of the fluid at rest) will be lower due to the acceleration.
Kok gak sama ya setelah saya praktekan aliran gak deras sama kaya biasanya
🤣
it from the beginning has a pump.. what a fake.😂
This high pressure system , only work for video .....
Ada pompa air yang dia sembunyikan di video ini
Galing
真的假的 ？
من آزمایش کردم بعد از تمام شدن هجم اولیه آب فشار به حالت اولش برمیگرده
Where is the motor
Totally scam
no me lo creo
Ano tawag don sir sa parang Imbudo
tubo rin po na may mas malaking size...how it works? first may air or hangin sa loob ng mga empty tubes including the (imbudo) tube na na-trapped or na compressed kaya ito ang nagpapalakas ng pressure...back to normal pressure na po ito kapag na ubos na or nailabas ng lahat air na nakulong sa tube... hehehehe
malakas lang ito habang may air pang kasama ng tubig pero kapag nakalabas ng lahat ng air na yun eh... tapos na ang "magic" nito at dapat na gawin muli style (compressed the air inside the empty tube) para lumakas muli pressure... nangyayari ito sa atin kapag nawalan ng supply ng tubig....papasok ang air sa empty tube then closed u po valve at kapag bumalik na supply ng tubig eh magugulat po u sa unang open u ng valve gawa ng nakulong na air sa tube na pushed naman ng incoming water...
Nagpakita la nga na ganun hindi mo naman ipinakita yong pinanggalingan ng source syempre malakas dahil may pump na nagtutulak kong mag share ka kumpletohin mo para maintindihan ng mga nanonood mag share ng kulang kulang walang kwenta yong pag seshare mo
Im anxiety
Kon hai ye log😂
What the?!?!?!? How???????
No, that's how
Totally fake waste time start water pressure pump
Eita mentira descarada kkkkkkkk.
EXCELENTE IDEA
This is upper level fake videos only need watching 👀
Mangya
Purely nonsense and waste of time.
LOL
It's Fake....
Harus pake pompa
Bogus unbelievable you are making people innocent nor ignorant