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FEPascal Prensibi
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#pascalprensibi #fen#fenbilimleri #vinç#lgs
@fen_bilimlerii_lgs
#Pascal Si Unit Definition
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FEPascal prensibi
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#fenbilimleri #fenbilimleriözelders #pascalprensibi #matematik#fen
@fen_bilimlerii_lgs
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QUPascal’s Principle states that when pressure is applied to a confined liquid, it spreads equally in all directions. In a simple demonstration often shown by Blaise Pascal, three connected glasses are used. Two glasses already contain the same liquid while one is empty. When liquid is poured through a pipe into one glass, it flows through the connecting tubes and the level becomes the same in all three glasses. This shows that pressure and liquid distribute evenly in a connected system.
#physics #quantumexplained #science
@quantum.explained
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SMPascal's principles #pascallaw #pascalprinciple #physics
@smarter_brighter
1.6M
S_Penjelasannya 👇🏼‼️
Hukum Pascal adalah prinsip dalam mekanika fluida yang menyatakan bahwa perubahan tekanan yang diberikan pada fluida yang tidak dapat dimampatkan dalam ruang tertutup akan diteruskan sama rata ke seluruh bagian fluida dan dinding wadah. Dengan kata lain, tekanan yang diberikan pada suatu titik dalam fluida tertutup akan diteruskan ke seluruh bagian fluida tanpa mengalami penurunan .
Secara matematis, Hukum Pascal dirumuskan :
P = F/A
Keterangan:
P = Tekanan (Pascal atau N/m²)
F = Gaya (Newton)
A = Luas area (m²)
Dalam sistem hidrolik, tekanan pada kedua sisi akan sama:
P1 = P2 atau F1/A1 = F2/A2
Jadi Kesimpulannya 👇🏼
Sistem hidrolik dengan piston kecil (50 kg, 2 m²) dan piston besar (500 kg, 24 m²) menunjukkan Hukum Pascal, di mana tekanan yang sama diteruskan sehingga gaya kecil dapat mengangkat beban berat.
#fisika #hukumpascal #pascal #hukum #edukasi #fyp #foryou #intagramreels #tips #belajarbersama #berbagiilmu #trending #viral #tekanan#beranda#sma #follow4follow
@s_ayelan06
19.8K
AVO Princípio de Pascal, ou Lei de Pascal, estabelece que, ao se aplicar uma pressão sobre um fluido confinado e incompressível, essa pressão se propaga igualmente em todas as direções, sendo sentida de forma uniforme por todas as partes do fluido e pelas paredes do recipiente onde ele se encontra. Em outras palavras, qualquer variação de pressão em um ponto do fluido será igualmente transmitida a todos os outros pontos.
Esse princípio foi enunciado pelo cientista francês Blaise Pascal e é a base do funcionamento de diversos dispositivos hidráulicos. Em sistemas como freios ou elevadores hidráulicos, a força aplicada em um ponto é transmitida pelo fluido, permitindo que seja multiplicada em outra extremidade. Um exemplo clássico é o elevador hidráulico: uma pequena força exercida sobre um pistão menor é transformada em uma força bem maior em um pistão maior, graças à forma como a pressão se distribui.
O Princípio de Pascal é fundamental para a física dos fluidos e tem ampla aplicação na engenharia, mostrando como a pressão se comporta em líquidos e permitindo o desenvolvimento de sistemas eficientes de transmissão e amplificação de força.
#Physics #fisica #vestibular #principiodepascal #pascal #ciencias #experimento #estudos #curiosidades #conhecimento #AviAcademy
@aviacademy
519.0K
TAPaskal Qonuni: Gidravlika Asosi
Suyuqliklar va gazlar olami o‘zining qiziqarli qonuniyatlariga ega. Ulardan eng muhimi — Paskal qonuni (yoki suyuqlik bosimining uzatilish prinsipi) hisoblanadi.
Qonunning mazmuni:
Idishga qamalgan (yopiq hajmdagi) suyuqlik yoki gazga berilgan tashqi bosim, uning har bir nuqtasiga va idish devorlariga o‘zgarishsiz, barcha yo‘nalishlarda teng uzatiladi.
Soddaroq aytganda, agar siz yopiq idishdagi suvning bir qismiga bosim bersangiz, bu kuch suvning ichidagi har bir tomchiga birdek yetib boradi.
Bu qayerda kerak?
Ushbu prinsip hayotimizni yengillashtiradigan ko‘plab texnikalarning asosi hisoblanadi:
Gidravlik domkratlar: Kichik kuch bilan og‘ir mashinalarni ko‘tarish imkonini beradi.
Avtomobil tormoz tizimi: Pedalga oyoq bilan berilgan ozgina bosim g‘ildiraklarni to‘xtatish uchun yetarli kuchga aylanadi.
Gidravlik presslar: Sanoatda metallarni shakllantirish va og‘ir yuklarni siqish uchun qo‘llaniladi.
Paskal qonuni — oz kuch sarflab, ulkan natijalarga erishish mumkinligini isbotlovchi fizika mo‘jizasidir!
Sizga ushbu qonunning matematik formulasini (P = \frac{F}{S}) va hisoblash usullarini ham tushuntirib berishimni xohlaysizmi?
#Pascal #Principle #science #physics #technology #education #study #uzbek #instagram
@taasurotlar
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HIStudent presentation on Pascal’s Law, explaining the principle and mathematical expression with clarity and confidence.
A great example of conceptual understanding and presentation skills at Hi-Tech Scholars High School — she explained it very well and truly nailed it.
#HiTechScholarsHighSchool #BestResidentialSchoolHyderabad #BestSemiResidentialSchoolHyderabad #BestSchoolInMedchal #Medchal #Suchitra #Kompally #Shamirpet #PascalsLaw #PhysicsLearning #StudentPresentation #AcademicGrowth #ScienceEducation #schoolreels
HiTechScholarsHighSchool, BestResidentialSchoolHyderabad, BestSemiResidentialSchoolHyderabad, BestSchoolInMedchal, Medchal, Suchitra, Kompally, Shamirpet, Jeedimetla, Bollaram, Alwal
@hitechscholars
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MTPressure applied to a confined (enclosed) fluid is transmitted equally and undiminished in all directions throughout the fluid.
#PascalsPrinciple #FluidMechanics #Physics #Hydraulics #Science #Engineering #FluidDynamics
@mtishtech_international
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S_Ilustrasi Hukum Pascal ❗
#fisika #edukasi #belajarbersama #berbagiilmu #intagramreels #foryou #tips #fyp #viral #beranda #trending #trendingreels #trend #meta #ai #fisikaindonesia #follow
@s_ayelan06
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VRDay 11🔥
Applications of Pascal's law
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@vr_civil_hub
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PHWhat is Pascal's Law?
Pascal's Law states that when pressure is applied to a confined fluid (liquid or gas), that pressure change is transmitted undiminished and equally to every point of the fluid and to the walls of the container.
Key Components of Pascal's Law
Confined Fluid: The fluid must be in a closed container, like a piston in a cylinder. The law doesn't apply equally if the fluid can escape.
Transmitted Equally: A change in pressure at one point creates an identical pressure change everywhere else. It's not "stronger" close to the source.
Undiminished: The amount of pressure change doesn't decrease as it moves through the fluid.
Acts in All Directions: Pressure doesn't just push down; it pushes sideways and up against all surfaces.
The Big Application: Hydraulic Systems
The most powerful application of Pascal's Law is in hydraulic systems. These systems use a confined liquid to multiply force, allowing a small force in one place to create a huge force somewhere else. This is how car brakes, heavy machinery, and garage lifts work.
A basic hydraulic system consists of two connected cylinders, one small and one large, both filled with liquid (usually oil) and sealed with pistons.
Input: You apply a small force (F_1) to the small piston (Area A_1).
Pressure Transmitted: This creates a pressure (P = F_1 / A_1). Because of Pascal’s Law, this exact same pressure (P) is transmitted through the entire fluid.
Output: This pressure (P) acts on the large piston (Area A_2).
Force Multiplication: The resulting force on the large piston (F_2) is calculated as F_2 = P \times A_2. Because A_2 is much larger than A_1, the output force (F_2) is much larger than your initial force (F_1).
The Trade-Off
It might look like you're getting something for nothing, but there's always a catch! The "catch" is distance.
To create that large force, you must push the small piston down a long distance. The large piston, generating a huge force, only moves up a very short distance.
You are multiplying force, but you are losing distance. The total energy and work put in are the same as the energy and work that come out.
#pascallaw #pressure #force #area #physicsvibespk
@physicsvibespk
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