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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…4. Please provide full body diagram with explanationIf the mass of the hanging-mass is increased and the mass of the cart remains the same, how would the steepness of the position versus t2 be affected? The best-fit line would decrease in steepness.The best-fit line would increase in steepness. Impossible to determine because the net force is not a part of the position vs t2 graph.There would be no change in steepness.
- QUESTION 4 As shown in the accompanying pictures, the Chi-Cheemaun (meaning "big canoe" in Ojibwe) is a passenger and vehicle ferry that runs between Tobermory (at the tip of the Bruce Peninsula) and South Baymouth on Manitoulin Island. ex If 140 vehicles each with an average weight (including passengers) of 18 kN are loaded onto the ferry while it is parked at the dock in Tobermory, how much farther will the ferry sink into Georgian Bay? For simplicity, you can assume that the bottom section of the ferry that is submerged in the water is essentially rectangular in shape with dimensions of 19 m in width and 111 m in length. Lake Huron et Huron South Bayreuth Tobermory Kincardine o Goderich Sarnia 402 Georgian Bay bWiston Owen Stand Ⓡ Shelburg Kitchener 400 London Brampto Barrie 400 Toronto DEW Hamilton Niagara Falls BuffaloA-e please!I need help on parts a and b, please. Part a is incorrect and I have no clue how to solve it correctly, please help. Thank you!
- Task: To determine the pressures in retort A, vessels B, C, and collector D using the principles of hydrostatics.7. Billy Bob is trying to decide whether to push a 50 kg dresser up a 4.5 m ramp or lift it directly into the back of a truck. The floor of the truck is 1.5 m above the surface of the street. a. What is the ideal mechanical advantage of the ramp? b. How much force is required to lift the dresser vertically upwards into the back of the truck? C. If the ramp were frictionless, then how much force is needed to push the dresser up it at constant speed? d. up the Billy Bob realizes that the ramp has a fairly rough surface. When he pushes the dresser ramp, he has to apply 225 N of force. What is the mechanical advantage of the ramp? How much work is required to lift the dresser vertically into the back of the truck? f. How much work is required to move the dresser up the ramp? e. g. What is the efficiency of the ramp?Are you as strong as a horse? Purpose: To understand the concept of work and power and to calculate the power generated by yourself or a friend. Materials: A tape measure, stairs, and a stopwatch, cell phone, or wristwatch. Key Physics Concept: Power is the rate of doing work. Power can be calculated by dividing the work done by the time it takes to do the work; in this case we will do work against gravity on a stair case (you may add your power in doing pushups to test your arm power). Can you guess what your peak horsepower is? You may do the stairs one at at time or multiple stairs at a a time; whatever is most safe and efficient for you. Procedure: Observations: Analysis: Conclusions: Application: 1. Will your hp change if you performed the activity for a longer duration (for example, climbed the CN tower staircase)? In what way? Explain. 2. Research the horsepower generated by a car. How does the average person's peak power rating compare to it? How many average people would it…
- The following statements are true, except. a. The resultant of two forces is the diagonal that can be formed within the parallelogram which can be drawn from the vectors of the sald forces. b. Parallelogram law cannot be applied to solve the resultants of a force system with just two forces. c. Two forces can only be in equilibrium when they have equal magnitudes, opposing directions, but lie on the same line of action. d. A force system in equilibri um may be combined to any other force system and the effect of the resultant of that latter system will not be altered. e. Action and reaction forces are same or equal in magnitude and direction.Select the correct statements regarding the equilibrium of coplanar forces. (Select 3) For forces acting in the same direction and having the same line of action, the resultant force is the arithmetic sum of the separate forces If forces applied on the object do not share the same line, then the object is not possible to reach an equilibrium state Conditions for equilibrium require that the sum of all moments from external forces is zero Conditions for equilibrium require that the sum of all external forces acting on the body is zeroA truss is facing a two-force member and both of them are in the opposite directions, and the truss is in equilibrium. And both of them are getting away from each other. The forces are called a. Tensile Forces O b. The rotational forces O c. Compressive forces O d. Parallel and collinear forces with same direction of heading O . إنهاء المحاد الانتقال إلى. . . Re