A head of 3 feet of water is equivalent to _______ feet of brine with specific gravity of 1.5. A. 0.5 B. 1.5 C. 2 D. 3

Q: The .. slope indicates a constant acceleration. *

A: ZERO SLOPE

Q: of diameter 50mm, specific gravity 0.7

A:

Q: Describe the Relative Pressure and Relative Specific Volume

A: Relative pressure as the term states ,is a pressure measured relative to atmospheric pressure at sea…

Q: 3cm 3 Cum 4 Cun

A:

Q: above the top of the open end. If the pressure measured by a gage 40 cm below the op

A: GivenTemeprature =50oF=10oCPressure P==0.60 psi =4136.85 PaHeight =40 cm=0.4 m

Q: 18 ft 24 ft 10 ft 6ft

A: Given that, Weight of each light, W= 65 lb, Drawing the FBD of the light, The angle θ…

Q: Describe the variation of gage pressure with depth in the gradient zone of the solar pond.

A: Solar ponds are basically the small artificial lakes that have some measurable depths. They are…

Q: What temperature is recommended in the specific gravity determination of liquids.

A: The temperature recommended in the specific gravity determination of liquid is 4 °C or 39.19 °F

Q: nozzles diameter in cm.

A: d=2r=0.764cm

Q: how to convert a kip.ft^3 to ft?

A: Conversion of kip to lb.

Q: What is hydrostatic fluid

A: Hydrostatic fluid is the branch of fluid mechanics in which the fluid is at rest in stable…

Q: (b) What is the difference between gage pressure and absolute pressure?

A: Given: what is the difference between gage pressure and absolute pressure.

Q: Q2) briefly explain using appropriate sketches three methods used for removing moisture from…

A: Three method used for removing moisture from compressed air are: 1. Aftercooler 2. Storage tank…

Q: Differentiate between gage and absolute pressures

A:

Q: b- A block of concrete weighs What is the specific volume of the block

A:

Q: Is expressed as the equivalent height of a fluid column.

A:

Q: Question 15 Calculate the gage pressure at the bottom of a water tank with a depth of 1m. 1000 Pa…

A: Gage pressure due to depth of water is given by Pascal's law.

Q: orking fluid liquid exits . Determine of the steam, boiler, in M

A: State 1 P1= 10 MPaX1= 1 }    h1= 2724.7 KJ/KgS1= 5.6141 KJ/kgk   State 2 P2= 0.006 MPaS1= S2  }…

Q: Reservoir Pressure in psf A B Reservoir Temperature in degrees Rankine Throat Area in square foot

A:

Q: water will be supported to wh

A:

Q: What is the ºAPI if the specific gravity at 15.6 ºC is 0.925?

A: Given : specific gravity Sg = 0.925 @ 15.6o C

Q: What must the water pressure need to be on for the third floor sink (36ft off the ground) to have…

A: Given data,  H= 36 ft =10.9728 m. Pressure at third floor  P=32 lbf/in2 =220632 Pa.   Let density of…

Q: 1 kN/m 1m

A: Shear force is an internal force in any material which is usually caused by any external force…

Q: 13) What does Pascal's theorem (wedge proof) state about the pressure at a single point in a fluid ?…

A: Applications of Pascals Law Hydraulic lift When lifting the high load body like a car by applying…

Q: 1.Convert 21 inches of Hg (vacuum, gauge) to kPa (absolute)

A: Since you have posted a multiple independent question in a single question we will solve first…

Q: The unit for water flow meter ( rotometer) used in cooling tower expeiment is liters per second.…

A: A rotameter is a flow meter which is use to measures volumetric flow of liquids and gases.

Q: appro amount of water condensed per hour

A: Given: Initial state condition, T=30oC and RH=80% final condition, T=20oC and saturated condition…

Q: One liter of crude oil weighs 9.6 N. Calculate its specific gravity.

A: Given:  V = 1 Litre crude oil = 0.001 m3 Weight (W) = 9.6 N  To find its specific gravity

Q: A motor car tyre contained a fixed mass

A: Given Tyre To find Importance of mass in motor car tyre   Moto car tyre is to maintain the road…

Q: hat is the maximum weight of cargo that can lift

A:

Q: 4Psi Tank full of water Empty cylinder r= 4.5 ft

A:

Q: The power (in MW) of a full sized

A: Given; A test conducted on a 1/5 scale model of a francis turbine under a head ,h=2mVolumetric flow…

Q: How to convert 1.5 in Hg to lb/ft3?

A:

Q: A tank 25 ft de

A: detailed solution given below.

Q: 0.5m B Water

A: Given that, Diameter of the cylinder, D=1 m, Drawing the free body diagram of the cylinder, Force…

Q: The difference in pressure (in N/m³)

A: Given, Difference in pressure ? Where, Bubble diameter,d= 0.001mIt is immersed in water. Surface…

Q: Write a brief procedure for measuring the vapor pressure of water

A:

Q: filled with mercury

A:

Q: specific volume

A: at p=450kPa and T=100deg c

Q: Center of pressure is .... center of gravity

A: To define: Where the center of pressure lies

Q: above the lower water surface. If the ency, what horsepower must be supp

A: Length of Pipe BC, LBC = 18 ftLength of pipe DE, LDE = 187 ftFriction factor, f = 0.035Kent = 0.8…

Q: ne depth of the well in mete

A: We need to calculate the depth of well

Q: Inverted U-tube manometer used to determine pressure difference. Very high High Medium о

A: Inverted u-tube manometers are used to determine a low-pressure difference in fluids. Hence the…

Q: define the Pressure

A: Pressure is defined as the amount of force applied  normal to the surface.

Q: Which of the following is NOT one of the four criteria by which the size of a hydraulic reservoir is…

A: A rule of thumb for sizing of a hydraulic reservoir suggest that the volume of the reservoir should…

Q: 4ft Water 45°

A: The resultant force by the fluid on the object is known as hydrostatic force. The location of the…

Q: /m2, how high is the water tank?

A: To find the height of  tank.

Q: The specific gravity of a fluid is specified to be 0.8 Determine density of fluid

A: Solution: Specific Gravity(Sp)- It is degines as the ratio of the density of given Fluid to the…

Q: What is the pressure in Pascals at a depth of 2m below the water surface? A- 19800 Pa B- 19620 Pa…

A: ρ=Density of water=1000 kg/m3H=2mg=gravitational constant=9.81 m/s2Patm=101,325Pa

Properties of Fluids

The term fluid represents a type of substance that can easily change its shape under any external pressure/force and can flow. Fluids can acquire any shape in which it is stored and can resist normal stresses but cannot resist shear stress in rest condition. Whenever external shear stress is applied to fluids, it starts to flow. The fluids may be liquid or gas. Example- water, air, etc.