3.53. WP Two mercury manometers, one open-end and the other sealed-end, are attached to an air duct. The reading on the open-end manometer is 25 mm and that on the sealed- end manometer is 800 mm. Determine the absolute pressure in the duct, the gauge pressure in the duct, and the atmospheric pressure, all in mm Hg. 3.54. A student goes to the laboratory supply room and obtains five feet of clear plastic tubing with an outer diameter of 1/2 inch and a wall thickness of 1/16 inch. She bends the tube into a U shape with the open ends pointing up and uses a funnel to pour 75 mL of water into the tube. By blowing air into one end of the tube, she generates a 6-inch difference in the water levels on each side. a. What was the pressure (atm) she exerted with her lungs on the water in the tube? State all assumptions you make. b. If the fluid had been ethanol instead of water, what would the difference in the liquid levels have been? > Answer 3.55. WP Three different liquid used in the manometer shown here. P2 PA •PB Pc a. Derive an expression for P – P2 in terms of pA » PB » PC , h1 , and h2 . b. Suppose fluid A is methanol, B is water, and C is a manometer fluid with a specific gravity of 1.37; pressure P, = 121.0 kPa ; hị = 30.0 cm ; and h2 24.0 cm . Calculate P (kPa).

A Unit 3 Tutorial.pdf - Adobe Acrobat Reader DC (32-bit) File Edit View Sign Window Help Home Tools Process Co. Process Co. Unit 6 Part. Unit 6 Part. PRCCHA2 . PRCCHA2 . Test 2 Me. Unit 3 Tut. x Sign In 1 / 2 119% Question 2 Search 'Reduce Size' A 0.4 m³ vessel is used to store liquid propane at its vapour pressure. Safety considerations dictate that at a temperature of 320 K the liquid must occupy no more that 75 percent of the total volume of the vessel. For these conditions, determine the mass of the vapour in the vessel using the Redlich-Kwong equation of state. At 320 K the vapour pressure of propane is 16.0 bar. Export PDF Edit PDF Create PDF O Comment Data Tc = 369.8 K Pc = 42.5 bar R= 83.14 bar.cm³/(mol.K) i Combine Files Formula El Organize Pages v * Compress PDF 2 Redact A Prepare Form A Request E-signat. l Fill & Sign A Send for Comme. 19:29 P Type here to search 94 W 7°C ^ a O a a 4)) ENG 2022/05/08 21

I am having problems navigating. First of all, I signed up for this to get access to essays and now I cant find the essay i need

feed back and answers attached to help with ques

None

3-19. Draw the block diagram representing the following transfer functions. In each case, do not do any algebraic manipulations to simplify the transfer functions, but use the rules of block diagram algebra to simplify the diagram if possible. (a) Y(s) = (b) (c) Ctrl Shift Tab Y(s) = Y₁(s) = Y₂ (s) CapsLk [XIDOLBY AUDIO Esc FnLock 3-20. Determine the transfer function C(s)/R(s) for the 5°C Mostly cloudy H Q Search BOUR Fn K₁ TIS + 1 1 2 Q A TS+1 = G₁(s) X (s) + G3 (s) Y2 (s) = G₂ (s) Y₁(s) @ Z 240 F W S Privacy Shutter on Webcam 360" Versatility Front Facing Speakers SO ·X (s) + ideapad Flex 5 4 [K₁ F1(s) - K₂ F2 (s)] 3+ 14+ # 3 X Alt E 220 K₂ T2S + 1 D CH C V X(s) QF+ 6 G Y B & 7 H U N 8 J M 9 F10 K O L Alt P Ctrl

G2 R (b) G1 H1 1 Given above block diagram, we know that H1 = 1, G1 = s+2 » G2 = ;, S please determine the transfer function C/R +

Please use line calculations, any refrences from textbook and explain each step