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- 5. The mission profile for a 4-engine jet aircraft consists of the following segments: engine start and warm-up, taxi, take-off, climb to an altitude of 20000 ft followed by a cruise distance of R₁ nm at 350 kts, climb to an altitude of 35000 ft, followed by a cruise distance of R2 nm at 450 kts descent to 10000ft followed by one hour loiter and flight to an alternate airport at R3 nm distance both at 250 kts, descent to landing approach condition followed by the final landing, taxi and shutdown. The total distance during the cruise segments and flight to an alternate airport is restricted to a maximum of 5100 nm. Based on the existing manufacturers' data you may use the information provided in Table QA-1. L/D cruise at 20000 ft altitude L/D cruise at 35000 ft altitude 18 20 L/D at 10000 ft altitude (loiter and flight to an alternate airport) C;: Specific Fuel Consumption at cruise segments C;: Specific Fuel Consumption during loiter and flight to an alternate airport Weight ratios…Help!! Be sure answer all clearly!.Q21 The forces do not cause rotation
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- 3. Two people carry a heavy electric motor by placing it on a light board 2.00 m in length. One person lifts at one end with a force of 70ON, and the other lifts the opposite end with a force of 500N. What is the weight of the motor, and where along the board is its center of gravity located? (Note: The center of gravity of an object is the point where the weight passes through.)1. In general, what pattern do you notice between the force due to the gravity of the masses and the displacement of the spring? 2. What is the physical meaning of the slope? 3. Using the slope for each spring, what would be the force required to stretch the spring 0.10 m? 4. Using the slope for each spring, what would be the amount of stretch with a 500 g mass hanging on the spring? Ps: pls refer to the graph belowLook at the following arrangement. Block A is held at rest on the frictionless wedge B by a massless rope that passes over a massless and frictionless pulley attached to the ceiling. The wedge sits on a scale. The wedge is not anchored in any way to the scale, and it is initially held at rest by a hand in such a way that the rope on the left of the pulley is oriented vertically. a) What is the scale reading after letting go of the wedge gently until the wedge comes to rest? b) What is the orientation of the rope after letting go of the wedge gently until the wedge comes to rest? FIND & IN OTHER WORDS INITIALLY ROPE "PARALLEL TO WEDGE B NAL=0min NB₁=0 m/₂ 0 FINALLY /// B A ASSURE STILL PARALLEL TO WEDGE 0 идахоти somb NfB =
- S1: Frontal drag is a force that affects your acceleration when you glide. S2: When you glide you need to take off by kicking the wall of the pool to propel the body easily. A. Only the first statement is correct B. Only the second statement is correct C. Both statements are wrong D. Both statements are correct.1. Two pumps are connected in parallel, if Q1 is the discharge of pump 1 and Q2 is the discharge of pump 2, where Q2 > Q1, what is the discharge?A. Q1B. Q1 + Q2 c. Q2D. Q1-Q2 2. If Hi is the indicated horsepower and HB is the indicated brake horsepower of a compressor, then what is mechanical eficiency, Em, equal to? A. Em = HB/HiB. Em = Hi/HBC. Em = HB - HiD. Em = Hi -HB5.31a shows a student pulling horizontally with a 100 N force on a rope that is attached to a wall. In 5.31b, two students in a tug-of-war pull on opposite ends of a rope with 100 N each. Is the tension in the second rope larger than, smaller than, or the same as that in the first?