Part 3: Well-type Manometer Some manometers are constructed as in shown in the figure below. where one side is a large reservoir (diameter D) and the other side is a small tube of diameter d, open to the atmosphere. This is called a well-type manometer. In such a case, the height of manometer liquid on the reservoir side does not change appreciably. This has the advantage that only one height needs to be measured rather than two, thus increase the sensitivity of the manometer. Sensitivity defined as the ratio of the manometer measured deflection h to the measured pressure in head unit. The manometer liquid has density p while the air has density p, Ignore the effects of surface tension. When there is no pressure difference across the manometer, the elevations on both sides are the same, as indicated by the dashed line. Height h is measured from the zero-pressure level as shown. (a) When a high pressure is applied to the left side, the manometer liquid in the large reservoir goes down, while that in the tube at the right goes up to conserve mass. Write an exact expression for p taking into account the movement of the surface of the reservoir. Your equation should give proze as a function of h, p and the physical parameters in the problem, h, d, D, and gravity constant g. (b) Write an approximate expression for pigage, neglecting the change in elevation of the surface of the reservoir liquid. (c) Suppose h = 0.26 m in a certain application. If pa = 101,000 Pa and the manometer liquid has a density of 820 kg/m²,estimate the ratio Dld required to keep the error of the approximation of part (b) within 1 percent of the exact measurement of part (a). |(d) Calculate and plot the error function of D/d ratio. (e) Igage What you suggest to increase the sensitivity of this type of manometers. Give an example that support your claim. To pressure measurement location Pa- Pa (air) Zero pressure level Pm P- Figure 4: Schematic for task 3 part 3.

Problem 1: (5 points) ements Decoding a Message The cryptogram below was encoded with a 2 x 2 matrix. The last word of the utton message is_RON. What is the message? 8 21 -15 - 10 -13 –13 5 10 5 25 5 19 –1 6 20 40 - 18 – 18 1 16 ents ns Problem 2: (15 points) Wildlife A wildlife management team studied the reproduction rates of deer in three tracts of a wildlife preserve. The team recorded the number of females x in each tract and the percent of females y in each tract that had offspring the following year. The table shows the results. nila Library esentation MS ory Survey Number, x 100 120 140 UDENTS 19 Percent, y 75 68 55 ATION al Faculty (a) Find the least squares regression line for the data. ance on Part ear from (b) Use a graphing utility to graph the model and the data in the same viewing window. How your Handled Classes (c) Use the model to create a table of estimated values for y. Compare the estimated values with the actual data. (d) Use the model to estimate the percent of…

⦁ “God himself could not sink this ship” This is an advertisement for the Titanic, produced in the early 1900s. However, after colliding with an iceberg at dawn on April 15, 1912, two rivers were formed, and out of the 2,200 people on board, 1,500 people, including the captain, sank with the ship. According to a later investigation, the “temperature change theory” (DBTT theory) was the most promising cause of the sinking. Give a brief guess of the cause of the ship's sinking in relation to temperature.

QI: A/ Put true or false in the following sentences. 1-The state of equilibrium is applied to bodies unstable or at a constant speed. 2-Force is the act that changes or attempts to change the body's kinetic state, shape, or size. 3 - The principle of the transferability of force states that it is a force external effect On an body depends on its effect point as long as this point falls on the same effect line. 4-Moment is the ability to rotate the body that affects it around the parallel axis at the plane containing the force and its arm. 5-Liquids friction occurs when layers of liquid flow at a different speed. B/ -Calculate the moment of the 90-N force about point O for the condition e=10

Option: -SC plane 110 -SC plane 100 -FCC plane 111 -SC plane 111 -FCC plane 110 -BCC plane 100 -BCC plane 111 -FCC plane 100 -None of the provided choices -BCC plane 110   could you please tell me how to get the answer

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Hello Sir,Good Morning I have a question in my home work related mechatronics lesson. The following below is my question. Please advise thank you.

Build the pneumatic circuit in the following pneumatic sequence using the cascade method: [A+ B+] [A- B- C+ A+] [B+ A- B- C-]

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Build the pneumatic circuit in the following pneumatic sequence using the cascade method: [A- B-] [C+ D- A+] [C- B+ D+]