help - please follow the format given Consider a horizontal 20 mm diameter pipe section of length 300 mm transporting SAE 10W oil at20°C. The volumetric flow rate is 0.001 m³/s. Assuming fully developed laminar flow, evaluate:a. mercury manometer reading, h [mm] (assume píg = 13,550 kg/m³)b. shear stress at the wall [N/m²]c. verify that the flow is laminar.300 mm20 mm.B 2. The following is the standard format for organizing and presenting the solution to a fluid mechanicsproblem. Use this (or similar clear, organized, logical procedure) in your homework.(a) Problem Description - include the following:• Given information and basic description.• Schematic of problem/geometry. Clearly indicate system/control volume considered,coordinate system, any other relevant information.• What is to be determined.(b) List of Assumptions - list all appropriate simplifying assumptions.(c) Basic Equations - general form of relevant fundamental laws, equations, definitions.(d) Analysisclearly describe procedure to apply/manipulate/reduce equations to give solution.• reference all tables and charts needed for physical properties and other data.• substitute numerical values into final equations. be sure to specify all unitsand unit conversions.• keep significant figures consistent with given data.• check solution - correct sign, reasonable numerical values?• clearly indicate final answer(s) with underline or box.(e) Discussion of Solution - as needed (what you learned, key aspects of solution, etc).

Given data Diameter Discharge Length Oil Manometric fluid

Consider a horizontal 20 mm diameter pipe section of length 300 mm transporting SAE 10W oil at 20°C. The volumetric flow rate is 0.001 m³/s. Assuming fully developed laminar flow, evaluate: a. mercury manometer reading, h [mm] (assume PHg = 13,550 kg/m³) b. shear stress at the wall [N/m²] c. verify that the flow is laminar. 300 mm 20 mm .B

Consider a horizontal 20 mm diameter pipe section of length 300 mm transporting SAE 10W oil at 20°C. The volumetric flow rate is 0.001 m³/s. Assuming fully developed laminar flow, evaluate: a. mercury manometer reading, h [mm] (assume PHg = 13,550 kg/m³) b. shear stress at the wall [N/m²] c. verify that the flow is laminar. 300 mm 20 mm .B

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Concept explainers

Management of Labor

Labor, worker or construction laborer are the skilled workers employed in the construction site who performs several works which demand physical strength. The laborer's task is very challenging and often leads to fatigue and exhaustion. Depending on the nature of work, a construction firm may employ many laborers. The laborers prepare sites for construction works, loading and unloading of materials, removing hazards, dismantling, overhauling of equipment, shifting materials, and assisting higher officials. The labor may also require to operate special equipment depending upon its expertise. In a nutshell, the laborer's work is essential and challenging sometimes, and their involvement help to finish the construction process on time.A labor manager undertakes the task of labor-management in a construction site. He helps in the organization of the project by wisely and systematically managing the laborers involved with the project. A labor manager hires people with the expertise, to deliver the right productivity. Proper labor management will ensure high productivity, right skills utilization, availability of workers on time, and timely project completion.

Question

help - please follow the format given

Consider a horizontal 20 mm diameter pipe section of length 300 mm transporting SAE 10W oil at
20°C. The volumetric flow rate is 0.001 m³/s. Assuming fully developed laminar flow, evaluate:
a. mercury manometer reading, h [mm] (assume píg = 13,550 kg/m³)
b. shear stress at the wall [N/m²]
c. verify that the flow is laminar.
300 mm
20 mm
.B

2. The following is the standard format for organizing and presenting the solution to a fluid mechanics
problem. Use this (or similar clear, organized, logical procedure) in your homework.
(a) Problem Description - include the following:
• Given information and basic description.
• Schematic of problem/geometry. Clearly indicate system/control volume considered,
coordinate system, any other relevant information.
• What is to be determined.
(b) List of Assumptions - list all appropriate simplifying assumptions.
(c) Basic Equations - general form of relevant fundamental laws, equations, definitions.
(d) Analysis
clearly describe procedure to apply/manipulate/reduce equations to give solution.
• reference all tables and charts needed for physical properties and other data.
• substitute numerical values into final equations. be sure to specify all units
and unit conversions.
• keep significant figures consistent with given data.
• check solution - correct sign, reasonable numerical values?
• clearly indicate final answer(s) with underline or box.
(e) Discussion of Solution - as needed (what you learned, key aspects of solution, etc).

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