True or False 1. Small rubber gaskets are used to non isolate plates 2. Frames (gaskets) are suitable for all fluids 3. ACHE are comprised of multiple tubes through which liquid flows
Q: list down and explain four benefits of insulating a pipe conveying steam
A: given; list down and explain four benefits of insulating a pipe conveying steam
Q: The coefficient of orifice meter depends on the ratio of pipe diameter to the orifice. False True
A:
Q: A rotameter can be installed either vertically or horizontally for measuring water flow rate. True…
A: Rotameter A rotameter is a flow meter device that measures the volumetric flow rate of a gas or…
Q: How long would it take to purge a 15ft section of 6in diameter pipe using a flow rate of 35cfh?
A: Given data length of the pipe L = 15ft diameter of the pipe = 6in = 0.5ft Flow rate = 35cfh To…
Q: what metric pipe size is approximately equivalent to a U.S. customary pipe size of 3/4"?
A: 34'' means 34 inch
Q: Differentiate between single acting and double acting cylinders.
A: Differentiate between Single Acting & Double Acting Cylinder :
Q: Why is the remaining fluid at the delivery tip of a Mohr pipet is not blown out?
A: A Mohr pipette is a type of pipette that is used to measure the volume of any liquid solution…
Q: .eter
A:
Q: The threading of G.I. pipes for installation of water system may be accomplished using two competing…
A:
Q: ple. The sprinkler pip- mine the flow delivere otes:
A: magnetic bearing It is named as a study line makes point regarding the attractive meridian. It…
Q: HWK: size the ductwork system shown below. Assume proper fittings for each branch and elbows. Use…
A: Size the ductwork system shown below. Assume proper fittings for each branch and elbows. Use equal…
Q: The pitot tube is used to measure the velocity of flow at the required point in a pipe Select one:…
A: The pitot tube is a velocity measuring device that is used to measure the velocity of the flow at…
Q: Identify the property of lubricant, in which the oil blocks the circulation pipe due to the presence…
A: Answer is oxidation
Q: Describe with neat sketch working principal of a fire tube boiler.
A:
Q: The energy loss due to the immediate increase of pipe diameter a known as a minor loss. Select one:…
A: Given Data⇒ Energy loss due to the sudden increase of pipe diameter among fluid particals.
Q: For containers to connect to pipes they need, O nozzles bolts and nuts O pipe spools O pipe threads
A: (4) For containers to connect to pipes they need bolts and nuts. A container need bolts and nut to…
Q: Describe two types of benders for soft tubing.
A: A metal pipe bender is an important machine tool that provide pipe bends for a vast number of…
Q: Describe the PRESSURE MEASUREMENT DEVICES?
A: Pressure measuring devices are used to measure the pressure in a different manner. Based on its…
Q: How long would it take to purge a 15 foot section of 6 inch diameter pipe using a flow rate of 35…
A: Given that - Flow rate = 35 cubic feet per hour Length (L) = 15 feet Diameter (d) = 6 inches = 0.5…
Q: List some applications that use low-pressure piping
A: The low-pressure piping systems are used to carry nonhazardous materials that are used in Industry.…
Q: What is the diameter of the other end of the pipe connection with V= Sft/s if on the other end of…
A:
Q: each pipe may be taken 0.03. 100 mm diameter, 200 m length Atmosphere B 100 mm diameter, 100m length…
A: Calculated discharge in each pipe.
Q: Actions to be taken including HSE considerations while freeing the stuck pipe which include the…
A: The drilling jars are the tools that are present on the drill string. The jar enables to knock the…
Q: Damaged swaged-end fittings on a piece of flexible hydraulic hose ___________________ (can or…
A: Damaged swaged-end fittings on a piece of flexible hydraulic hose cannot be replaced.
Q: A thick-walled pipe should be mounted in the space between a shaft and a wreath....
A: Given-Data:- Inner Radius =aOuter Radius =2av=1/2 To-Find:- Tension
Q: Please draw/show a picture of atleast 15 PIPE FITTINGS that you know.
A: Here are the pictures of pipe fittings that we know. These pipe fittings are given as under,
Q: Give all the parts of a simple vertical fire tube boiler
A:
Q: Piezometer can be used to measure the pressure at a single point for a gas flowing through a pipe.…
A: Piezometer can be used to measure the pressure at a single point for a gas flowing through a pipe.…
Q: Capsule is used for measuring flow rate. a. False b. True
A: Capsule is used for measuring flow rate. Answer: a) False
Q: _consist of a glass tube having one end connected to point where pressure is to be measured and…
A: Guage Pressure: Guage pressure is generally measured taking atmospheric pressure as a reference. The…
Q: Illustrate the different components of Evacuated Tube System
A: The evacuated tube system is used to collect the blood samples.
Q: Explain how the hyperbaric chamber helps to cure the bends
A: A hyperbaric chamber helps to cure the bends by the mean of a high-pressure chamber, by which a…
Q: A piping system is made of 6-nominal schedule 40 cast iron. All fittings are threaded fittings (Clas…
A: The ASME B16.5 - 1996 Pipe Flanges and Flange Fittings standard covers pressure-temperature ratings,…
Q: The cylindrical portion of short length, which connects converging and diverging section of…
A: A venturi meter is a device that is used to measure the flow rate of fluid in a pipe. The venturi…
Q: Q: Predict the manomet 4 is pla ced on the pan. Assume no leakage or between piston f cylinder. Pan…
A:
Q: (i) What is the wetted area of the vessel? (ii) What is the required relief rate of the PRV? (iii)…
A: The wetted area of the vessel is that surface area that interacts with the working fluid. that means…
Q: 10- Ventilation (V) means getting the air to the alveolar surface. true false
A: Ventilation (V) means getting the air to the alveolar surface. (1) True (2)False
Q: tind the ventical componcut For the system shown in Rig.t
A: Since all the questions are not related to each other. So as per the policy I can answer only…
Q: industrial application of fire tube and water tube boiler
A: Fire tube boilers: It is the type of boilers in which hot gases are passed through the tubes which…
Q: True or False? Pipe 10 Std and Pipe 10 x-Strong will exactly same outer diameter.
A: From the table showing pipe specifications and dimensions, the outer diameter for Pipe 10 Std has an…
Q: Table 7.1- values of coefficient of pipe friction (research the table please)
A:
Q: .What is the minimum diameter of the pipe
A: To find Diameter of pipe
Q: Using Boyle's law demonstrator, the oil is transferred between the measuring chamber and the fluid…
A: Boyle's law demonstrator: It is designed to measure the pressure of the gas above as well as below…
Q: 11. Fluid sealing in a dashpot is achieved using
A: GIVEN DATA A MCQ GIVEN ASKING WHICH SEALING USED IN FLUID DASHPOT SYSTEM
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- air at a dry ball temperature of 95 degrees Celsius and RH 5% is passed over the cooling coil so that the temperature of the air dry ball becomes 50 degrees Celsius. how much heat is released from the air in the process? = (kj / kg)ANSWER this, please.With the formula derived and the conditions applied in problem statement # 1, calculate for the heavier liquidoverflow leg, the diameter, and the volume of the tank in separating liquid B from liquid A having densities of 1278kg/m3 and 794 kg/m3, respectively. The volumetric flow rate of the mixture entering the tank is 30 m3/hr and the viscosity of the lighter liquid (continuous phase) is the same as the viscosity of water @ 35oC. Volume of heavier liquid is twice the volume of the lighter liquid and having a tank diameter to height as 1:2 ratio. Assume for 10% from the tank volume allotted for the vapor space having a pressure of 50 kPa. REFERENCE: (problem 1) Derive a formula to calculate for the height, ZC of the heavier liquid overflow leg in a continuous vertical cylindrical decanter. The pressure at the discharge point of the heavier liquid is given as 90% of the pressure on top of the fluid mixture. Express the height of the heavier liquid as ZB and the…A 30mm ID, 50mm OD aluminum round tube passes air through it at a rate of 0.08 m^3/s. A 100W electric heater blanket covers the outside of the 2m long tube. If the air enters the tube at 100 celsius , what temperature does it exit at? Assume that the heater blanket is perfectly insulated on the back side (no heat loss out the back). Note-RT is 25 celsius
- 8.9A fire releases 100 kW in a room with a floor area of 100 m2and a height of 4 m. Theroom has a door which is 1 m wide and 2 m high. At the moment when the smoke layerreaches the top of the opening, the gas temperature is found to be 300°C. Ignoring anyheat losses to the boundaries, calculate how long the fire has been burning.Water at 10C temperature flowing from a pipe with a diameter of 100mm at a speed of 2m / s, air from a pressure of 2 ATM at 180F flowing at a speed of 50 ft / s from a pipe with a diameter of 2 in, and an oil with a specific gravity of 0.78 and a diameter of 20 cp at a speed of 5 ft / s through a 2in pipe. Shows the flow state of the biopolymer melt flowing through the pipeline at a speed of 0.2 m/s, with a density of 900 kg/m3 and a density of 1 Pa-sThe open-ended pipe has a wall thickness of 2mm and an internal diameter of38mm. Calculate the pressure that the ice exerts on the interior wall of the pipe tocause it to burst along the cross-section and along the longitudinal section. Allowablestress at freezing temperature of the material is 350MPa
- A 1-in diameter cylinder 10 in long falls at 0.6 ft/s inside a tube of slightly larger diameter. A castor-oil film (? = 6 ? 10−3 ??−?/??2 ) of constant thickness is between the cylinder and the tube. Determine the clearance between the cylinders in the tube in inches. (S.G for steel = 7.85)Calculate the heat rejected by 1 Kg for a perfect gas has a molecular weight of 26 and a value of Υ=1.26 , RO =8.314 , When : a-The gas is contained in a rigid vessel at 3 bar and 315o C and cooled until the pressure drop to 1.5 bar. b-The gas enters pipeline at 280o C and flow steadily to the end of the pipe where the temperature is 250o C , neglected any change in the velocity of the gas.9. The gas density is 0.75 kg per cubic meters and air density is of 1.15 kg per cubic meter. If thedriving pressure is 0.25 KPA. Determine the height of the chimney. 10. A powerplant situated at an altitude having an ambient air of 96.53 KPa and 23.88 degreeCelsius. Flue gases at a rate of 5.0 kg per second enter the stack at 200 degree Celsius andleaves at 160 degree Celsius. The flue gases gravimetric analysis are 18% CO2, 7% O2 and 75%N2. Calculate the height of the stack necessary for a driving pressure of 0.20 KPaKindly answer all please. Thank you
- room has a floor area of 500 m2and a height of 4 m. The room is involved in a firewith a constant energy release rate of 1 MW. Calculate the time till the smoke layer is1.5 m from the floor for(a)The case where the leakage areas are at the floor level.(b) The case where the leakage areas are at the ceiling levelSteam enters the superheater of a boiler at a pressure of 25 bar and dryness of 0.98 and leaves at the same pressure at a temperature of 370O |Calculate the heat energy supplied per kg of steam supplied in the superheater.A petroleum crude oil having a density of 892 kg/m3 is flowing through the piping arrangement shown at a total rate of 1.388 x 10-3 m3/s entering pipe 1. The flow divides equally in each of pipes 3. The steel pipes are schedule 40 pipe. Calculate the following SI units.(a) The total mass flow rate in pipes 1 and 3. Ans. 1.238 kg/s, 0.619 kg/s(b) The average velocity in 1, 2 and 3. Ans. 0.641 m/s (pipe 1), 0.528 m/s (pipe 3)(c) The mass velocity G in 1. Ans. 572 kg/m-s2Pipe 1: 2-in pipe, D1 = 2.067 in Pipe 2: 3-in pipe, D2 = 3.068 in Pipe 3: 1 ½ - in pipe, D3=1.610 in