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I need help. It’s about control systems and matlab.

in environmental engineering, the following equation can be used to compute the oxygen level in a river downstream from a sewage discharge: k = Y – 20(e-0.2x – e-0.75x) where x is the distance downstr

in environmental engineering, the following equation can be used to compute the oxygen level in a river downstream from a sewage discharge: k = Y – 20(e-0.2x – e-0.75x) where x is the distance downstream in kilometers (km). With the constant 10

Hi, I have a chemical engineering assignment that will be available at 2:00 and needs to be submitted by 4:00. Do you have a live agent/tutor who can be live to help during that time? Assignment will

Hi, I have a chemical engineering assignment that will be available at 2:00 and needs to be submitted by 4:00. Do you have a live agent/tutor who can be live to help during that time? Assignment will be 1 or 2 questions similar to the ones attached, specifically problem 2

Briefly,………. Why weren’t you successful in your first example? Why were you successful in your second example? Briefly, share a time when you set a goal and did not accomplish it, and then shar

Briefly,………. Why weren’t you successful in your first example? Why were you successful in your second example? Briefly, share a time when you set a goal and did not accomplish it, and then share a time when you set a goal and successfully achieved it. Why weren’t you successful in your first example? Why were.. […]

Please questions are in the following files.

I need help, please! I am sure number 3 is correct but my problem is the graph

Hi can anyone help me with the following mechanical engineering subject

(11,313 unread) – [email protected] XCourse HeroXCourse HeroXContentX+X-> C a mel.np.edu.sg/ultra/courses/_43569_1/cl/outlineG. ..38MEF_TE05Question 110 out of 10 pointsXL603cA heavy object is dropped into a lake. Assuming a constant deceleration rate of 32m/s after hitting the water, how deep will the object be in the water when its velocityhas decreased to 8.4 m/s from 22.2 m/s.Selected Answer:6.60 m8Question […]

The beam and loading shown in Figure 1, knowing that the flexural rigidity of the beam is EI. The governing differential equation for the elastic curve of the beam is EIy=M(x). Please answer the follo

The beam and loading shown in Figure 1, knowing that the flexural rigidity of the beam is EI. The governing differential equation for the elastic curve of the beam is EIy=M(x). Please answer the following questions:

If the astronomic (true) bearing of a line is S 45 degrees 39 minutes W and the magnetic declination is 6 degrees 3 minutes West, what is the magnetic bearing of the line. State your direction in the

If the astronomic (true) bearing of a line is S 45 degrees 39 minutes W and the magnetic declination is 6 degrees 3 minutes West, what is the magnetic bearing of the line. State your direction in the format of from_to such as NW. Give you answers in decimal degrees to 6 decimal places.

Use the hint below to estimate all job overhead and assumed home office overhead costs for that project. Your company is interested in bidding for a commercial building project (you can choose any loc

Use the hint below to estimate all job overhead and assumed home office overhead costs for that project. Your company is interested in bidding for a commercial building project (you can choose any location). The duration of the project is 2 years. You can make assumptions on the annual revenue of your company. 1. You […]