Write a brief description of Hindrance to Oil and Gas Flow in Pipelines
In: Mechanical Engineering
1. A square-based pyramid has the volume V. If the vertical height is H (the normal distance from the square base to the point), write a MATLAB function that:
has V and H as input arguments
calculates the length of the side of the square (S)
has S as an output argument
Write MATLAB code that tests the function for the values:
V = 10 m3 and H = 2 m.
V = 2.586×106 m3 and H = 146.6 m (the original dimensions of the Great Pyramid of Giza).
2. Repeat SPIDER 2 Q1, but write a function that accepts a year as an input argument and determines whether that year is a leap year. The output should be the variable extra_day, which should be 1 if the year is a leap year and 0 otherwise.
You must write a script file that thoroughly tests whether your function works correctly.
In: Mechanical Engineering
what is storage tank stratification?
In: Mechanical Engineering
what are the benefits of four wheel steering system
In: Mechanical Engineering
If a customer orders 10 parts to be delivered next Tuesday, and we deliver 8 parts on Tuesday, what is the on-time and complete metric for this customer?
In: Mechanical Engineering
(a) What is the distinction between hypoeutectoid and hypereutectoid steels?
(b) In a hypoeutectoid steel, both eutectoid and proeutectoid ferrite exist. Explain the difference between them. What will be the carbon concentration in each?
(c) In bullet format compare and contrast the expected mechanical behavior of hypoeutectoid and hypereutectoid steels in terms of: (i) Yield strength (ii) Ductility (iii) Hardness (iv) Tensile strength
In: Mechanical Engineering
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The position of a particle is r={(3t3−2t)i−(4t1/2+t)j+(3t2−2)k}m, where t is in seconds. |
Part A Determine the magnitude of the particle's velocity when t = 0.5 s . Express your answer with the appropriate units. v=? Part B Determine the magnitude of the particle's acceleration when t = 0.5 s . Express your answer with the appropriate units. a=? |
In: Mechanical Engineering
Consider the following plane stress state: σx = 30 kpsi, σy = -10 kpsi, τxy = 10 kpsi ccw
Calculate the following:
1. The coordinates of the center of the Mohr's circle C The location of the center of the Mohr's circle C is (____kpsi, ______kpsi).
2. Principal normal stresses (σ1, σ2) The principal normal stresses are σ1 = _____kpsi and σ2 = ______kpsi.
3. Maximum shear stress (τ) The maximum shear stress is ______kpsi.
4. The angle from the x axis to σ1 (Φp) The angle from the x axis to σ1 (Φp) is _____° ccw.
5. The angle from the x axis to τ (Φs) The angle from the x axis to τ (Φs) is _______° cw.
6. The radius of the Mohr's circle The radius of the Mohr's circle is ______kpsi.
In: Mechanical Engineering
2.3) Consider a 3-meter long pendulum placed on the Moon and given initial angular displacement of 0.2 rad and initial velocity of 1 rad/s. Calculate the maximum angular velocity and the maximum angular acceleration of the swinging pendulum (note that gravity on the Earth’s moon is gm=g/6, where g is the acceleration due to gravity on Earth).
In: Mechanical Engineering
In: Mechanical Engineering
For H2O, determine the specific volume at the indicated state, in m3/kg.
(a) T = 480°C, p = 20 MPa.
(b) T = 160°C, p = 20 MPa.
(c) T = 40°C, p = 2 MPa.
In: Mechanical Engineering
Determine whether the following statements are correct (y) or not (n): and explain why..
( ) A system have a higher second law efficiency than the first law efficiency during a process
( ) It is impossible that the energy of one isolated system increases
( ) Adding moisture is the ONLY way to obtain saturated air from unsaturated air
( ) A Piston Cylinder device contains air. During a reversible, isothermal process the entropy of the air will never decrease.
In: Mechanical Engineering
The file CO2.txt, found on Blackboard with this assignment, contains 50 numbers, which represent the concentration of atmospheric carbon dioxide (parts per million) recorded at Mauna Loa, HI. The data in the file are the CO2 values on May 15th of each year from 1961 through 2010, (with background level CO2 removed). Fit an exponential model. Use the model to predict the CO2 value for May 15, 2015. Print the result to the screen using fprintf. The actual value was 125.1ppm.
41.5800 42.0100 43.2500 43.2400 43.1600 45.0100 46.0000 46.5700 48.3400 49.0700 49.9200 51.0700 53.4800 54.0900 54.9700 55.8700 57.7500 59.0100 60.4700 62.4600 63.9100 65.1400 66.7500 68.4300 69.9300 71.2100 72.8400 75.2200 76.6700 78.1600 80.3400 80.6600 81.2800 82.6800 84.7900 86.4100 87.8000 90.3000 92.0000 92.8200 95.0200 96.5500 99.3500 101.6100 103.2400 105.9400 107.4300 109.4900 111.1800 114.2200
In: Mechanical Engineering
A gas mixture contains 5 kg of N2 and 10 kg of O2. Determine (a) the average molar mass and (b) gas constant. (c) What-if Scenario:What would the average molar mass be if the gas mixture contained 10 kg of N2 and 5 kg of O2?
a) ? kg/mol
b)? KJ/kgk
c) ? kg/mol
In: Mechanical Engineering
Identify and describe three automatic control systems in a modern automobile (besides criuse control)
In: Mechanical Engineering