80 of that of the choke. calcui

Q: oment diagra

A: GIVEN:

Q: displacement at C a

A: kindly refer below attachment

Q: Find pressure the pistoni

A: Given data;  Piston diameter,d=30 cm Force,F=3000NFind pressure on the piston ?

Q: rough a pip ean veloci ICI

A:

Q: Differentiate between single acting and double acting cylinders.

A: Differentiate between Single Acting & Double Acting Cylinder :

Q: Convert horsepower to Joule... show every step

A:

Q: e height h2 (in): Grou

A: To determine the h2

Q: The horsepower input of the power screw. The efficiency if the weight loaded is 10 kN.

A: This is consisting of Two threads twisted together in which the pitch is equal to twice the distance…

Q: reading shown? For the 6 psi. The fluid in both pines A and B is water

A: we will use the equation of inclined tube manometer PA+γ1h1γ2I2 sinθ-γ3h3 =PB

Q: 80mm; de coefficient respective

A: d=80mm=0.08m.....same for delivery and suctionf=0.007Total length = 3m+6m=9m

Q: Find to the nearer thousandth inch the circumference of the ring that fitsaround this piston for a…

A: Given    Diameter, d = 0.8 in

Q: flowing through a diameter and the of the pipe is incr the

A: given:d2=1.5d1

Q: The capacity of the bowl is liters.

A: Given: R=370 mm To find : Capacity of bowl

Q: FRICTION weighs 520 lb. The coefficien

A: Given                  Weight, m = 520 lb                       Force, P = 26 lb…

Q: U méter long met at the rate essure at th

A: given:flow rate Q=4.5m3/hd=0.025m

Q: Calculate dy for dt Int=r'in(y+e')

A:

Q: Functionality of each compoenent, from prime mover to propeller. List the main propulsive losses and…

A: A prime mover is an engine that converts fuel to useful work. The prime mover is thus the source…

Q: Len figur employ ing that h air ar

A: introduction we have to find out efficiency and specific heat are same for air and gas.

Q: NET THRUST - POUNDS THRUST LAPSE RATE APPROX. 36,000 FT. ALTITUDE - FT.

A:

Q: Find total head

A:

Q: f the heat engl

A: Given data; Solar energy based het engine which recieves  Q1=80kJQ2=70kJT2=300C=30+273=303…

Q: placed by oil in the wate

A: Given Data : Water is replaced by oil in water pump

Q: The bar will induce

A: No stress (A)

Q: Caleulate the pressute difference letireen the two pipes A and B.

A: Given, The specific gravity of oil = 0.75

Q: ake (iii) uoluumatui ffinionou (:::)

A:

Q: e ovi OSCO pic C

A:

Q: and the

A:

Q: Determ ed area

A: given:

Q: e power developed by the turbine.

A: To find Flow velocity Power developed

Q: common formula(s) or laws used to design Drum vessels. Also one solved problem

A:

Q: TIX-100nt2 e velocity of of the listed

A: Option last is correct.

Q: Respond with TRUE if the symbof of the valve shown below is drawn cortectly A 工 R Select one: O True…

A: True or False  The given symbol

Q: Define fluied

A: A fluid is that state of matter which includes both gases and liquids.

Q: correct mass of the body corrected to a milligram.

A: Given: Left turning point = 5,6, 6 Right turning point = 18, 18 Mass of LRP = 60 g To determine:…

Q: Calculate the difference in pressure in psi between sections

A:

Q: zontal thrust H at each supp.

A: given:

Q: the gas pressure inside the cy

A: To find  gas pressure inside the cylinder

Q: Pressure and Tempe O True O False

A: pressure and temperature are independent properties inside dome or not?

Q: vity ábóu s çirçular circu

A: Given: To find : The center of gravity about y- axis of this homogenous circular bar

Q: Based on the shown image, compute the hydraulic radius.

A: Given  Length, L = 28 in  Height, h = 14 in Find   Hydraulic radius, R

Q: b. Draw velocity triangles at inlet and outlet of the axial flow compressor blade for degree of…

A:

Q: 25 m at a spee olose to the

A:

Q: of 90mn : correc mm

A:

Q: g has a diameter of de up of semicirc having reluctar

A:

Q: Appaopotiate orisesi dia-

A: Given; Casting of size =100mm×100mm×50mmAssume volume shrinkage of casting as 2.6%Height of riser…

Q: A model of a hydraulic turbine is tested at a head of 1/4th of that under which the full scale…

A: Given: The head of model, Hm = Hp/4 The diameter of model, dm = dp/2

Q: Explain Pascal's principle if pressure is applied in a two piston.

A:

Q: cylinder havi th oil of densit axis at an ang

A: we have to find out thrust on bottom of cylinder radius =Rheight=Hangular velocity =ω

Q: Find the thickness of a cast iron cylinder 250 mm in diameter to carry a pr

A: Given Data⇒ Cast iron cylinder Diameter of cylinder(d)=250 mm Pressure (P)=0.7 Nmm2 Maximum tensile…

Q: Demie me reuta INT he Ta n hoen in

A: The resultant of the two forces is R=4002+6002+2400600cos180-60=529.150 N

Entropy

In physics, entropy means the amount of disorder or the degree of randomness associated with a thermodynamic system. The system is not self-organized when the entropy of the system is high. For instance, when a system is at an elevated temperature, its molecules are in random motion, vibrating and colliding with each other. During this scenario, the probability of finding a molecule at a particular place twice, is low. Under this circumstance, the system can be said to be in a high entropy.