A hydraulic lift is designed according to the figure below. What force (FA) is required at Point (A) to: lift the car at Point B? The car weighs 600kg. The cylinder at A has a diameter of 0,1 m and the cylinder at B has a diameter of 0.8 m.

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Q: A hydraulic lift is used to jack a 960-kg car 41 cm off the floor. The diameter of the output piston…

A: Given data: The input force , F1=360 N The mass of the car m=960 kg The diameter of output piston…

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A: Given, v1=1.7 m/sD1=0.02 mA1=Flow rate in the pipe, Q=A1 *v1=5.34

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A: Given Data: Radius of the container (r) = 5 ft.Height of the container (H) = 20 ft.Height of the…

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Q: Water travels through a pipe at 17.6 m/s. The pipe contracts from a crossectional area of 2.8 m2 to…

A: Let v1 = 17.6 m/s A1 = 2.8 m2 A2 = 0.560 m2 ρ = 1000 kg/m3

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A: Concept

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Q: Pleaase don't provide handwritten solution ....

A: The solution is attached below.Explanation:

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Q: What is the weight of the oil raised, 5.5 cm height, in the capillary tube, diameter of 0.50 mm. The…

A: Height (h) = 5.5 cm = 0.055 m diameter (d) = 0.5 mm = 0.0005 m Density (ρ) = 920 kgm3

Q: The input and output pistons of a hydraulic car lift have diameters of 3.00 in and 25.0 in,…

A: Solution:-Given thatDiameter of input piston (D1)=3 inDiameter of output piston (D2)=25 inWeight of…

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A: area of cross section of small piston = A1= 129 cm2 area of cross section of larger piston = A2=…

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A: Given data:  Force applied to first piston (F1) = 295 N Diameter of first piston (d1) = 0.026 m…

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A: Here we can apply equation of continuity.

Q: A force of F1 = 373 N is applied to a hydraulic jack pump piston with a diameter of D1 = 0.0177 m.…

A: Given data:  Input force (F1) = 373 N Diameter of input piston (D1) = 0.0177 m Diameter of output…

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A: Work done is given by   W =∫FdsWhere ds =displacement vectorF = force

Q: 2. The input and output pistons of a hydraulic car lift have diameters of 3.00 in and 25.0 in,…

A: Given:  Input piston diameter, d=3 in=≈0.076 m Output piston diameter, D=25 in=0.635 ≈0.64m Car…

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A: Given  Depth h = 393 m  Density = d = 1000 kg/m3  Acceleration due to gravity g = 9.8 m/s2

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A: Apply the Archimedes principle, and solve for the mass of the ball.

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A: The area of a side of the cube is 2×2=4 m2

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Q: A hydraulic car lift has an input piston of radius 2.9 cm and negligible weight. The output piston…

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