Answer: a= _______ m/s^2 Assume o = 12°.BThe 180-kg glider Bis being towed by airplane A, which is flying horizontally with aconstant speed of v= 218 km/h. The tow cable has a length r= 50 m and may beassumed to form a straight line. The glider is gaining altitude and when ở reaches 17°,the angle is increasing at the constant rate 6 = 5 deg/s. At the same time the tension inthe tow cable is 1885 N for this position. Calculate the aerodynamic lift Landdrag Dacting on the glider.Calculate the magnitude of the acceleration of glider B.Answer: a= Enter your answer in accordance to the question statementm/s?

Answered: Image /qna-images/answer/03a5da21-e9ac-488b-a891-deab9b93869e.jpg

Answered: Assume o = 12°. B The 180-kg glider Bis…

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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The 150-kg glider B is being towed by airplane A, which is flying horizontally with a constant speed of v = 218 km/h. The tow cable has a length r = 51 m and may be assumed to form a straight line. The glider is gaining altitude and when θ reaches 16°, the angle is increasing at the constant rate = 3 deg/s. At the same time the tension in the tow cable is 1235 N for this position. Calculate the ff: a. the magnitude of the acceleration of glider B. b. aerodynamic lift L and drag D acting on the glider.
The 150-kg glider B is being towed by airplane A, which is flying horizontally with a constant speed of v = 218 km/h. The tow cable has a length r = 51 m and may be assumed to form a straight line. The glider is gaining altitude and when e reaches 16°, the angle is increasing at the constant rate ở = 3 deg/s. At the same time the tension in the tow cable is 1235 N for this position. Calculate the aerodynamic lift L and drag D acting on the glider. Assume o = 11°. B A Part 1 Calculate the magnitude of the acceleration of glider B. Answer: a = i m/s? Attempts: 0 of 1 used Submit Answer Save for Later Part 2 The parts of this question must be completed in order. This part will be available when you complete the part above.
A Ferris wheel provides car A (120 kg) a constant increase of speed of a = 10 m/s . In order to determine the sizes of bolts to be used for the pin connection at A, calculate the horizontal and vertical components of the reaction when the speed reaches v = 15m/s p-4m
When s = 0.6 m, the spring is unstretched and the 10 kg block has a speed of 5 m/sec down the smooth plane. Determine the distance s when the block stops. See figure (4). k = 200 N/m 5 m/s F = 100 N 30/ Fig.4
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With a mass of 2.0 kg, the ball B (vB1) = 2.4m/s and rotates in an orbit with a radius of r1 = 0.8 m. From this moment on, the rope attached to it is 1.2m / s. Find the velocity of ball B at the moment r2 D 0.5 m since it is pulled with its velocity Vr = as shown in the figure. Also calculate the work required to pull the rope. %3D
Slider B moves only vertically (the y-direction). Find the acceleration (positive if up, negative if down). B m y Answer: a, = i m/s2 %3D
Question 1: The 40-kg crate is being hoisted by the motor. If at this instant shown the velocity of point P on the cable is 4 m/s and the speed is increasing at 2 m/s?, what is the power input supplied to the motor if its efficiency is &=0.75? Neglect the mass of pulley and cable. P (а) 0.649 kW (b) 0.865 kW (c) 1.15 kW (d) 1.53 kW Vp= 4 m/s A
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Q4. If the motorcycle leaves the ramp traveling at 110 ft/s, determine the height h ramp B must have so that the motorcycle lands safely.

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