a) Calculate the pressure (in atm) 1.8 m below the surface of the container. Show your solution in detail. b) What will happen to the pressure if the container is tightly sealed? Explain the answer in your own words.

Q: a) A steel ball is used to measure the viscosity of motor oil. The container used in this experiment…

A: In fluid dynamics, viscosity is defined as a measure of a fluid's resistance to flow. In other…

Q: How will you calculate the pressure drop for liquid passing through a packed bed? And what will be…

A: Introduction As fluid flows through a packed bed it experiences a pressure loss due to friction. The…

Q: Example 7.2: A simple U-tube manometer is installed across an orifice meter. The manometric fluid is…

A: U tube manometer is the simplest pressure measuring devices and are used for measuring low pressure…

Q: As a solid melts into the liquid state,    the particles maintain their fixed volumes  the…

A: As solid melts into the liquid state, the particles experience an increase in their kinetic energy.

Q: Suppose the pressure at a point within a column of mercury in a tube is 120 mmHg. What is the…

A: pressure (P)=120 mmHg=120×133.3 Pa=15996 Pa=15996Kgm s2height (h)=9 mm=9×10-3  m

Q: Ex: A well is need to be drilled to 15,000 ft. The entrance into abnormal pressures at 10,000 ft are…

A:

Q: In order to evaluate mass diffusivity of gases using Gilliland equation, one must specify these…

A: Gilliland Equation is given by: DAB=1.38×10-7T31MA+1MBPVA13+VB132 Where, DAB is diffusivity, T is…

Q: If a spherical drop of liquid evaporates at a rate proportional to its area, if initially its radius…

A: Let V and S be volume and surface area of the spherical drop whose radius at time t is r Given…

Q: Q/Explain why at constant capillary pressure the saturation of imbibition process is lower than the…

A: Capillary pressure is a quantity in fluid statics. This pressure is natural phenomena. This pressure…

Q: A 1.5-m long pipe with an inside diameter of 2.00 cm carries air at a rate of 0.015 kg/sec (P = 3.0…

A: Given L=1.5m Di=2cm m= 0.015kg/s P=3atm Th=121℃ Ti=27℃ T0=48.6℃ Find 15 Flow is laminar or…

Q: Determine the resistance in each scenario presented. Explain whether the resistance is linear or…

A: To find:a) whether the flow is laminar and the resistance.b) Pump resistance from the pump curve.c)…

Q: A small spherical marble, 1 cm in diameter and weighing 1.5 g, is sinking slowly in a calm lake, 2.5…

A: Given data: D=1 cm=0.01 mW=1.5 g=1.5×10-3 KgDistance; d=2.5 km=2500 mρwater=998.21 kg/m3μ=1 cp=10-3…

Q: The study of mass transfer in a fluid medium aims to obtain the concentration of a given substance…

A: Given: The study of mass transfer in a fluid medium aims to obtain the concentration of a given…

Q: A manometer with diameters L and d is used to measure the pressures P1-P2 between two points on the…

A:

Q: An oil film drains steadily down the side of a vertical wall, as shown on figure below. After an…

A: Oil film is steadily sliding down on a vertical wall and as it reaches down its thickness increases…

Q: Consider a polymer (with density p and viscosity µ) flowing in between two parallel plates in a…

A:

Q: 2. 6 The diameter of a cylindrical core sample is 2. 5 cm, its length is 6. 0 cm. Under a pressure…

A: Given data: Diameter of cylindrical core = 2.5 cm Length of core = 6 cm Pressure difference = 0.3…

Q: / Air ine room with dimensions are 4 mx 6 m x 3.5 m have density of air is 1080 g/m². Calculate the…

A: We know  that, Density = Mass/ Volume Where,  Density = 1080 g/m3

Q: (а) Build the four II groups for this problem (let p, µ, and D be the wilds). (b) What is the ratio…

A: (A) Vc = f ( D, dP, g, ρf, μ, ρP) There are 7 variables Vc, D, dP, g, ρf, μ, ρP There are 3…

Q: (a) Is flow in the boundary layer laminar or turbulent at the end of the plate, L = 2 m? (b)…

A: To tell the boundary layer laminar or turbulent we use a dimensionless number called Reynolds Number…

Q: In the figure below, a tube with a modulus of elasticity of 1 MPa is anchored between two stationary…

A:

Q: As flowmeters, these devices are most widely used. They most often also have ★ integral temperature…

A: As flowmeters, these devices are most widely used. They most often also have integral temperature…

Q: Derive the total energy equation when there is a volume source of heat, h(r, t), per unit volume in…

A:

Q: Which of the following is true O a. Piezometer can be applicable for high pressure measurements O b.…

A: Answer: c. Piezometer cannot be applicable for high pressure measurements

Q: A 1-m deep, open container is filled with an unknown fluid. The absolute pressure of the fluid at…

A: The specific gravity of the fluid is the ratio of the density of the fluid to the density of the…

Q: A hydrometer is calibrated such that in pure water it reads exactly 1.0 at the air- water interface.…

A:

Q: Briefly explain the aquifer properties that are important for water influx modeling and…

A: Water influx models are mathematical models that simulate and predict aquifer performance. Most…

Q: Problem 2 A toy manufacturer wishes to extend the time that a spherical rubber ball will stay…

A:

Q: Mercury at 0°C is flowing over a flat plate at a velocity of 0.1 m/s. Using EES (or other) software,…

A: Temperature of mercury = 00C Velocity = 0.1 m/s

Q: On which factors does the liquid composition at the bottom of the tower depends?

A: Packed tower are the mass transfer device are composed of packing material having high surface area…

Q: Exercise 3. Find the distance between the settling chamber to remove dust from a gas stream. The…

A: To calculate the distance between the trays of a settling chamber to remove dust from a gas stream,…

Q: 3.53. WP Two mercury manometers, one open-end and the other sealed-end, are attached to an air duct.…

A: The absolute pressure, gauge pressure, and atmospheric pressure are to be calculated for the above…

Q: a. Find the velocity distribution and the volumetric flow rate per unit width of wall by using the…

A: “Since you have posted multiple questions, we will provide the solution only to the first question…

Q: A solid glass sphere has a weight of 21.0 lbs in air and an apparent weight of 14.0 lbs when…

A: Weight of solid glass sphere in air = 21.0 lbs Weight of solid glass sphere in turpentine = 14.0 lbs…

Q: A centrifuge with a bowl which is 500 mm long and has an inside radius of 50.5 mm is to be used to…

A: Given : Bowl length Bowl radius Rotation speed Liquid depth Crystal diameter

Q: Two mercury manometers, one open-end and the other sealed-end, are attached to an air duct. The…

A: Given data:For sealed end manometer ,The reading(h) on the sealed-end manometer is 789 mm. For open…