

Fluida Statis Static Fluids
Presentation
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Science
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University
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Practice Problem
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Medium
Faizal Jannu
Used 1+ times
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48 Slides • 24 Questions
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Open Ended
NIM
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Multiple Choice
The vessels shown above all contain water to the same height. Rank them according to the pressure exerted by the water on the vessel bottoms, least to greatest.
1,2,3,4
3,4,2,1
4,3,2,1
2,3,4,1
All pressures are the same
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Multiple Choice
Materials that can flow and take the shape of their containers include…
Both gases & liquids
Liquids
Gases
Neither gases nor liquid
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Multiple Choice
What is the formula for hydrostatic pressure (Ph)?
Ph = ρ g h
Ph = g h ρ
Ph = h ρ g
Ph = g ρ h
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Multiple Choice
What is the formula for hydrostatic pressure?
Ph = ρ g h
Ph = g h ρ
Ph = h g ρ
Ph = ρ h g
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Multiple Choice
What is the formula for total pressure in a fluid?
P_total = P_h + P_atm
P_total = P_h - P_atm
P_total = P_atm / P_h
P_total = P_h * P_atm
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Multiple Choice
What does the hydrostatic pressure law state about the pressure at points that are horizontally aligned?
It is always zero
It is equal at all points
It varies with depth
It depends on the fluid type
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Multiple Choice
What does the hydrostatic pressure equation Ph1 = Ph2 imply about the relationship between pressure and height in a fluid?
Pressure increases with height
Pressure is constant at all levels
Pressure decreases with height
Pressure is equal at all points of the same level
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Multiple Choice
Given the water density of 1000 kg/m³ and gravitational acceleration of 10 m/s², what is the hydrostatic pressure at a depth of 15 m?
15000 Pa
10000 Pa
5000 Pa
20000 Pa
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Fill in the Blanks
According to Pascal’s principle, in a hydraulic lift, the pressure exerted on a piston produces an equal increase in pressure on another piston in the system. If the second piston has an area 10 times that of the first, the force on the second piston is
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Fill in the Blanks
Jika massa jenis air 1000 kg/m3 dan percepatan gravitasi bumi adalah 10 m/s2, tentukan tekanan hidrostatis yang dialami ikan?
If the density of water is 1000 kg/m3 and the acceleration due to gravity is 10 m/s2, determine the hydrostatic pressure experienced by the fish?
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Fill in the Blanks
Ikan berenang pada kedalaman 15 m di bawah permukaan air laut . Tentukan tekanan hidrostatis ikan jika percepatan gravitasi bumi 10 m/s2 dan jika massa jenis air laut adalah 1.000 kg/m3!
A fish swims at a depth of 15 m below sea level. Determine the hydrostatic pressure of the fish if the acceleration due to gravity is 10 m/s2 and if the density of seawater is 1,000 kg/m3!
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Multiple Choice
How would the pressure at a depth of 15m compare between freshwater and seawater, assuming seawater is denser?
Pressure in freshwater is higher
Pressure in seawater is higher
Pressure is the same in both
Cannot be determined without specific densities
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Multiple Choice
What is the hydrostatic pressure experienced by the fish at a depth of 15 meters?
100,000 N/m²
150,000 N/m²
200,000 N/m²
50,000 N/m²
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Fill in the Blanks
Sebuah pipa U diisi dengan minyak dan Raksa. Jika ketinggian raksa h1 adalah 1,6 cm, maka tentukanlah ketinggian minyak (h2 ). Diketahui massa jenis raksa dan minyak berturut-turut adalah 13,6 g/cm3 dan 0,8 g/cm3
A U-tube is filled with oil and mercury. If the height of the mercury h1 is 1.6 cm, then determine the height of the oil (h2). It is known that the densities of mercury and oil are 13.6 g/cm3 and 0.8 g/cm3, respectively.
Type answer...
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Fill in the Blanks
Ke dalam sebuah pipa U dimasukkan air dan minyak sehingga dicapai keadaan stabil seperti pada gambar di bawah ini. Massa jenis air dan minyak berturut-turut adalah 1000 kg/m3 dan 800 kg/m3. Tentukanlah perbedaan ketinggian air dan minyak (Δh).
Water and oil are poured into a U-tube to achieve a stable state as shown in the figure below. The densities of water and oil are 1000 kg/m3 and 800 kg/m3, respectively. Determine the difference in height between the water and oil (Δh).
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Multiple Choice
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Multiple Choice
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Multiple Choice
State the formula for calculating pressure using Pascal's principle.
P = F/A
P = F*d
P = F/m
P = F/V
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Fill in the Blanks
Jari-jari penampang kecil dongkrak = 2 cm, besar = 25 cm.Mobil bermassa 2000 kg diangkat. Berapa gaya pada penampang kecil?
A hydraulic jack has a small radius of 2 cm and large radius of 25 cm. What force is needed to lift a 2000 kg car?
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Fill in the Blanks
Tekanan maksimum dongkrak = 10 atm.Diameter keluaran = 20 cm. Berapa massa maksimum yang dapat diangkat?
The maximum gauge pressure is 10 atm. For a 20 cm output diameter, find the maximum mass that can be lifted.
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Massa jenis air laut 1025 kg/m3 , hitunglah volume batu yang tercelup ke dalam air laut jika berat air laut yang dipindahkan oleh batu sebesar 2 Newton !
The density of sea water is 1025 kg/m3, calculate the volume of a rock immersed in sea water if the weight of the sea water displaced by the rock is 2 Newtons!
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Fill in the Blanks
Sebuah benda ketika di udara beratnya 500 N. Ketika dicelupkan ke dalam air, beratnya menjadi 400 N. Tentukan massa jenis benda jika massa jenis air 1000 kg/m³.
An object weighs 500 N in air and 400 N in water. Determine the density of the object if the density of water is 1000 kg/m³.
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75% volume gabus tercelup dalam air. Jika massa jenis air adalah 1 g/cm³, tentukan massa jenis gabus.
75% of a cork’s volume is submerged in water. If water density is 1 g/cm³, find the density of the cork.
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