An engineer is making a table to determine the thrust required that will allow a helicopter of mass m to maintain a constant altitude, when tilted at an angle 8 while experiencing a drag, D. Also calculate the corresponding acceleration. Hint: Solve in terms of variables then plug in. Ꮎ [° ] 8 11 14 14 m [kg] 3000 3000 3000 6000 D [N] 500 500 500 1000 Th [N] a [m/s²] Check Answers |||| Reference Lesson 1 Cannot Be Solved 2 3

Q: i) A skier with mass m slides down a slope that makes an incline of 0 with the horizontal. Which…

A: (i) The figure shows the component of force of gravity parallel and perpendicular to slope  The…

Q: A 3.0-kg box is held at rest against a vertical wall by a pushing force from my hand. Use g = 10…

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Q: Where is inertia?

A: Mass is the measure of inertia

Q: The surface of an incline exerts a 150 N normal force on a 70 kg object. What is the perpendicular…

A: Step 1:Step 2:

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Q: 3. Determine the magnitude of the x-component of the force due to gravity on the 75kg-block if the…

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Q: - A body of mass 55 kg is being pushed at a constant velocity down a rough plane inclined at 20° to…

A: (a) Resolve the components of the weight and the applied force into horizontal and vertical…

Q: The surface of an incline exerts a 224 N normal force on a 61 kg object. What is the perpendicular…

A: Page 1 Page 2:

Q: Two masses of 5kg and 15kg are connected to a pulley as shown in adjacent figure. what will be the…

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Q: Give at least 4 instances or situations in which the law of inertia is manifested.

A: We’ll answer the first question since the exact one wasn’t specified. Please submit a new question…

Q: 5. LO: 6 & 7- Calculate the apparent weight of the passenger mass 50kg when a=2m/s² and v=5m/s. Draw…

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Q: A person pushes the 5kg box while the 1000N cow is sitting on it. If the coefficient of static…

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Q: 5. If the earth had three times the radius but the same mass, how would this change the weight of…

A: According to Bartleby policy, only 1 question can answer at a time. Please ask rest Questions again.

Q: c. F3 = 0 equilibrant ofF = 300 gdynes at 40°, which must be used on the force table rather than the…

A: Given force vector, F=300 g-dynes oriented at 400. Its components along X and Y axis are given by…

Q: 2. A sports car of mass 1015kg (including driver) crosses a rounded top of a hill of radius 92m at…

A: The mass=1015kg  The radius =92m

Q: An 8.0 kg object moving with an initial velocity of 8.0 m/s on a surface comes to rest due to…

A: m = 8 kg  Initial velocity (v) = 8.0 m/s  Horizontal distance (x) = 10 m  g =10 m/s2

Q: What is the tension in cable 1? N What is the tension in cable 2? N

A: Given, mass of crane , m = 850 kg  Let the tension in cable 1 be T1 and  tension in cable 2 be T2.…

Q: 4. The 10.0m-radius Ferris wheel with a linear speed of 0.500m/s, has a 60.0kg passenger. Draw the…

A: Free body diagram:

Q: 4. Tilted Case: As you gradually increase the angle of the ramp, the critical angle, 0c, is the…

A: Angle of ramp is at critical angle (θc) Block is now resting on the ramp at θc but not yet sliding.…

Q: Question 1.) A block with mass of 10.00 kg is on a slope of angle θ 30.0° to the horizonal (see…

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Q: The maximum speed at which a car can safely negotiate a friction-less banked curve depends on ,…

A: It is mentioned that, the path is frictionless. Therefore , there is no friction acting on the body…

Q: 6. In the diagram below, the car moves at a constant speed of 18m/s. The driver has a mass of 55kg.…

A: Given Mass     = 55 kg Velocity = 18 m/s Radius   = 68 m

Q: 1.) Consider the pulley system below. Assume M1 = 10kg, and M2 = 40kg. Assume the pulley has no mass…

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Q: I hate to burst your bubble, but this video is fake.  There’s a battery powered skateboard hidden in…

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Q: A skier stands at the top of a 25 degree snowy slope. The coefficient of friction between the skis…

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Q: In the ideal device of the figure, m1= 3.0kg and m2= 2.5kg. a) What acceleration do the masses have?…

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Q: 9. What is the maximum speed at which a car can round a curve of 25m radius on a level road if the…

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Q: A B 60160 30ky

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Q: O e. OC Question 3. When moving along a curved path, a motorbike driver Not yet Select one: answered…

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Q: If µs = 0.3 and uK = 0.2, and 60 Kg block intially in rest 1. State if the block will slip or not?…

A: μk=0.3μs=0.2mass=60 KgForce applied=500 N

Q: 6. A 1200 kg car rounds a curve of radius 66 m banked at an angle of 14°. What is the magnitude of…

A: The free body diagram of situation is,

Q: F. 32N 9N 18N Fg

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Q: 1. Suppose the pulley in Figure2 is suspended by a cord C. Determine the tension of cord connecting…

A: We have two masses mA=24.32 kg and mB=32.80 kg, let the tension on the cord be T and acceleration of…

Q: IV. Static Equilibrium Using the simulation "Balance Lab", create a condition of static equilibrium…

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Q: Three boxes are attached together with ropes having tensions T₁ and T2, as shown in the figure…

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Q: The mass of an object is a measure of its __________. a. inertia b. energy c. force d. gravity

A: The mass of object is a measure of its inertia.

Q: The coefficient of static friction between the road and a car is 0.44. With what speed should the…

A: Given: The coefficient of friction between the road and the car is = 0.44 The car needs to cover a…

Q: 3. For a banked turn, what is the bank angle required to enable a 600.0 kg sled to make a turn with…

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Q: 3. The incline shown is frictionless. Mass m₁ slides down the incline to the left. Calculate the…

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Q: A 1.90 fan-cart is moving to the right by generating a 0.660N thrust. Neglect fiction and drag. How…

A:

Q: ries with

A: Given: m=155kg Velocity=5.5m/s thrust=T time=4.4s T0=5.1s Gravitational acceleration=1.62m/s2

Q: 1. Find A, B and C. Show the solution and illustrate it through the use of free body diagram. 445N…

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Q: 24) A hang glider and its pilot have a total mass equal to 109kg. While executing a 360 degree turn…

A: Given:Mass,m=109 kgRadius,r=16 mVelocity,v=8 m/sFind net force on the hang glider.Now,The net force…

Newton's First Law of Motion

If a very smooth ball is rolled down an inclined surface with zero friction, the ball will continue to roll indefinitely for an infinite time, in an attempt to reach to the same height on the opposite hill!