Please answer problem 3-26 Air at 40 F (5 C) db and 35 F (2 C) wb is mixed with warm air at 100 F (38 C) db and 77 F(25 C) wb in the ratio of 2000 cfm cool air to 1000 cfm warm air. Find the resulting humidityratio and enthalpy using psychrometric Chart la on the basis of volume flow rates.3-25. SIS OL VOlow fatcs.Rework Problem 3-25, using Chart la, with the mixture condition computed on the basis of themass flow rates rather than volume flow rates. What is the percent error in the mixture enthalpyand humidity ratios?3-26.The

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Answered: Rework Problem 3-25, using Chart la,…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Please draw the figure. Thank you so much.An engine flywheel and a clutch plate are both connected to a transmission shaft. Let the moment of inertia of the flywheel be I1 and its angular velocity ω1, and let the moment of inertia of the clutch plate be I2 and its angular velocity is ω2. The two discs have then been combined by forces which are applied at their axes of rotation so as not to cause any torque. The discs then reached a common final angular velocity after rotational collision. Find the expression for the final angular velocity.
8-5 The machine shows in the figure can he ued forateie test hat for a compresie est Why? Can bh swws hae the ame hand A
Now consider the figure shown below. N CG -A tip In the above figure the block is just on the verge of tipping: W and N act through point A and thus exert zero torque about point A. The incline angle, Otip, is the incline angle beyond which the block will tip, since increasing the angle beyond Otip will move the CG beyond where there is a point of support below it, as in the previous figure. It is not difficult to show, using some geometry and trigonometry, that Otip is given by Orip = tan' (w / h) (1) Equation (1) agrees with our intuition: If the block is short and wide (h small, w large) the block will be more difficult to tip (Otip is large) and if the block is tall and narrow (h large, w small) the block will be easier to tip (0tip is small). It is now not difficult to see why the automotive industry defines a safety factor describing how easily a vehicle will rollover as (roughly) vehicle width / vehicle height. The larger this safety factor is, the more resistant the vehicle is…
Find the rectangular components of the forces shown in figures P6-3 and P6-4.
3.9 The linkage in Fig. 3-10 has 0,A = 8mm, AB = 19. 3mm, AC = 13. 3mm, and offset = %3D 3. 8mm. The crank angle in the position shown is 34. 3° and ZBAC =38. 6°. Find wz, vA, VB, Vc for the position shown for w, = 15rad/s in the direction shown. ( Choose two methods) 1) Use the velocity difference graphical method. 2) Use the instantaneous center graphical method. 3) Use the analytical method. @2 B offset 02 Fig. 3-10
Show all steps and solutions . Solve both and no copied answers please include both in full answer with full solution and steps
Pls help me with my plates Block 4 slides in the slot in the fixed piece 1. Axis Q2 of crank 2 is fixed on 1. Q2A = 1.5 inches, and AB = 4.5 inches. Draw the mechanism, assuming dimensions for 1, if desired or use center lines only. Draw the four-bar linkage for this mechanism, properly rotate the linkage Q2ABQ4∞, name each link, and show the finite infinite cranks.
O₁ and O₂ are the fixed link in the mechanism which is 3.25" away from each other in a vertical orientation (O₁ at the top). At the end of the 1.125" crank (O₁A) is a slider that is pin connected at A and sliding at 7" link O₂B. Link O₂B is pinned-connected to link BC, 3" long and BC is pinned-connected to another slider at point C and translating in a horizontal direction. From the given problem, determine the type of mechanism and the limiting travel distance of the Slider connected at point C. Use the analytical method in solving the problem. Note: The distance of the slider C axis from O₂ is 7".
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In the following system the wheel rolls without sliding. The number N of degrees of free dome of the system is k. k k k F(t) m m N=5 N=2 N=6 N=3 Clear my choice
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Rework Problem 3-25, using Chart la, with the mixture condition computed on the basis of the mass flow rates rather than volume flow rates. What is the percent error in the mixture enthalpy and humidity ratios?