can you please find the solution for this question )Water @10 C flows down through a 53.13-deg., Inclined, converging pipe section as shown.The flow rate, Q is 260 L/c.The Inlet pressura, P. Is 68.2 kPa.The langth of the pipe section, L, is 6.00 m.All dlamaterc aro Inclde plpe dlametors (ID'E).Accumo thero are no loccet In the plpe ceotion.5)Calculate the velocity at the Iniet (V) and the velocity at the outlet (V) in units of m/s.Sketch the pipe section, label the zdatum, and label the boundary conditions (P, Vand z) at 1 and 2. Provide valucs and units for the given and calculated boundary conditions. Note P is calculated in part el.Calculate the pressure at the outiet, P in units of kPa.As shown in tass, calculate the change in the energy terms (In units of m) and describe how the flow energy is transtormed going from 1 to 2 (e.g. Calculate APressure Energy-APPE, AKinetic Energy-AKE, and APotential Energy-APE: what Increases,d)what decreases, and by how much?).D, = 400 mm53.13°D, = 250 mmMorinum ti size 400B mAximum.ndmL=5.00 m

Answered: Image /qna-images/answer/00854354-c1d7-45ec-8573-0cc37485f2da.jpg

)Water 10°c flows down through a 53.13 deg, nclined, converging pipe section as shown. The fiow rate, Q, is 260 L/G. The Inlet pressura, P. la 68.2 kPa. The langth of the pipe section, L, is 6.00 m. All dlametere are Incide plpe diametere (10'E), Accume there are no loccet In the pipe ceotion. Calculate the velocity at the Inlet (V) and the velocity at the outlet (V) in units of m/s. b) Sketch the plpe section, label the zdatum, and label the boundary conditions (P, Vand z) at 1 and 2. Provide values and units for the given and calculated boundary conditions. Note P is calculated in part c. Calculate the pressure at the outiet, Pin units of kPa JAs shown in class, calculate the change in the energy terms (in units of m) and describe how the fiow energy is transformed going from 1 to 2 (eg Calculate APressure EnergyAPrE, AKinetic EnergyAKE, and APotential Energy-APE what Increases, what decreases, and by how much?). 6. D, = 400 mm 53.13° D, = 250 mm Mmum fu st 400MB mamu.tenbasoftie L= 5.00 m

)Water 10°c flows down through a 53.13 deg, nclined, converging pipe section as shown. The fiow rate, Q, is 260 L/G. The Inlet pressura, P. la 68.2 kPa. The langth of the pipe section, L, is 6.00 m. All dlametere are Incide plpe diametere (10'E), Accume there are no loccet In the pipe ceotion. Calculate the velocity at the Inlet (V) and the velocity at the outlet (V) in units of m/s. b) Sketch the plpe section, label the zdatum, and label the boundary conditions (P, Vand z) at 1 and 2. Provide values and units for the given and calculated boundary conditions. Note P is calculated in part c. Calculate the pressure at the outiet, Pin units of kPa JAs shown in class, calculate the change in the energy terms (in units of m) and describe how the fiow energy is transformed going from 1 to 2 (eg Calculate APressure EnergyAPrE, AKinetic EnergyAKE, and APotential Energy-APE what Increases, what decreases, and by how much?). 6. D, = 400 mm 53.13° D, = 250 mm Mmum fu st 400MB mamu.tenbasoftie L= 5.00 m

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

Is this true or false? thank you
The math isnt right that is not what im getting, can you redo it?
i need the answer quickly
Find MLT form for the (P/ρV2)
Consider the solid model design of piston picture (a). You have been assigned a task to manufacturethis piston based on the following methods:-a. Sand Castingb. Any other manufacturing method of your own choicec. Draw the complete engineering-based comparison between the adopted method of your ownchoice and sand casting for manufacturing the piston. Your comparison must include theeffectiveness of manufacturing method, stresses-based analysis in manufacturing methods,product finishing, time laps for completing the product, cost effectiveness of methods, laborcost analysis.d. How can you measure the surface roughness of the piston surface highlighted in picture (b),based on your previous knowledge of manufacturing processes? You must have to mention theequipment by which you will measure its roughness and write the accuracy level. You mustdraw a valid reason for selecting that equipment.Take the dimensions of piston at your own but take more realistically.
Please show all your work no ai. I'm trying to truly understand.
Answer the folowing with True or False. Density of a foam material depends on the wall thickness and size of its foam cells. ( ) BCC structure is more densely packed than the FCC structure. ( ) The anion – cation size ratio has an important influence in determining the crystal structure of ionic solids. ( ) CFRP and GFRP are examples of hybrid materials. ( ) The density of a material is determined exclusively by its atomic weight. ( ) Body diagonal in BCC structure has Miller indices of [111]. ( ) The relationship s = Ee is known the Ohms law. ( ) A closed packed triangular plane in FCC crystal has Miller indices of (111). ( )
Define it
Please give Detailed solution in Handwritten format. Don't use Artificial intelligence
Obtain pieces of steel, wood, and concrete of known volume. Find pieces with simple shapes, so that you can measure the dimensions and calculate the volume quickly. Determine their mass by placing each on an accurate scale, and calculate their densities.
Choose the correct graph