2. Determine the transfer function from aileron deflection to roll rate in a F-104Aaircraft. Assume the airplane is flying at sea level at a speed of 87m/sec. The F104Ahas the following aerodynamic and geometric data:Mass moment of inertia about the roll axis: I, = 4676kg m?Roll damping: 6079N m/rad/secRoll moment from aileron control input: 380N m/deg

Answered: Image /qna-images/answer/3d4f09c7-7977-4596-94ee-3a99bb35cd00.jpg

Answered: 2. Determine the transfer function from…

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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Q4/ A single V belt is to be selected to deliver engine power to the wheel-drive transmission of a riding tractor. A 5-hp single-cylinder engine is used. At most, 60 percent of this power is transmitted to the belt. The driving sheave has a diameter of 6.2 in, the driven, 12.0 in. The belt selected should be as close to a 92-in pitch length as possible. The engine speed is governor-controlled to a maximum of 3100 rev/min. Select a satisfactory belt and assess the factor of safety and the belt life in passes.
TOPIC: RIGID BODY TRANSLATION DRAW FBD AND KINETIC DIAGRAM. PROVIDE DETAILED SOLUTION
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Assume you have a 1U cubesat, which has a total mass of 2kg. It has one reaction wheel to control its orientation around its nadir pointing axis. The mass of the reaction wheel is 200g. The wheel itself has a diameter of 30mm and a thickness of 10mm. You may ignore any translational motion for the time being. (a) Write down the kinematic and dynamic equations of the system and compute all relevant constant values. (b) Where do you want to mount your wheel? Make a drawing and a qualitative argument.
. A pulley used to transmit power by means of ropes has a diameter of 3.5 m and has grooves of 45° angle. The angle of contact is 160° and coefficient of friction between the ropes and groove sides is 0.3. The maximum possible tension in the rope is 1000 N ad the mass of rope is 1.5 kg per metre length. What is the speed of the pulley in rpm and the power transmitted if the condition of maximum power prevail? 10
For the following mechanism with RAB = 4 ft, RPA = 6 ft, and p = 0.75 ft (radius of the Roller 4), assume the roller 4 is pinned to link 3 and is rolling without slipping. The velocity of the input (slider A, link 2) is V, = -15 i ft/s at the position shown (2OAB = 45°). (a) Calculate the first-order coefficients of the mechanism; (b) determine the angular velocity of link 3; (c) determine the velocity of point B; (d) determine the angular velocity of roller 4. (Hint: Vs = Ve) O3=135° V2 =2.828 ?/ R2t R3t R4 =0 IV, V? 4=2-878 13 こ4 R3
In the Scottish Yoke mechanism in the figure, r = 63 cm, φ = 23 °, β = 116 ° and e = 34 cm are given. Accordingly, find the velocity of the S3 output since the angular velocity of the actuating limb is θ = 0.14 rad / s. Partial scoring; S3 50% in cm
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A car climbs through a slope of 30° in 5 seconds. If it starts at rest and after 10 m its velocity is 80 km/h. What is the power that the car has to develop? What is the force that produces this power and makes it possible for the car to climb and accelerate? Assume the car does not suffer any temperature change and that its mass is m = 450 kg. d = 10 m 0 - 30°
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A 2:1 speed reduction drive (Fig Q4) between two parallel shafts at 1200 mm centre distance is being provided by a V-belt of mass 0.5 kg/m. The diameter of the driving pulley is 200 mm and the driving shaft rotates at 900 rev/min. The driven pulley is 400 mm diameter. The angle of the pulley grooves is 40°, and the coefficient of friction between belt and pulleys is 0.35. If the maximum beit tension is 400 N determine: (i) The linear belt speed and the centripetal tension due to that belt speed. (ii) The angle of lap on each pulley (iii) The maximum power that may be transmitted Ø200 1200 Ø400

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