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Q: The box with mass of 40kg has a velocity of 25 m/s when it is at point A. Calcualte time required…

A: Given data  mass of block (m) = 40 kg  velocity of block at pt. A (U) = 25 m/s inclination of plane…

Q: Using the hydraulic symbols, plot the hydraulic schematic that represent the system shown above in…

A: According to the given information we have a hydraulic system A hydraulic lift is a tool used for…

Q: Define angular momentum.

A: The angular momentum of a body is the rotational equivalent of the linear momentum of a translating…

Q: 6. Derive the mass equivalent of the system shown.

A:

Q: Solve for the acceleration and the tension mų = 5 kg m2 = 4 kg

A: Given DAta  m1=5Kg m2=4Kg

Q: d the right and speeding up, as ove the cart representing the m ombined) forces you think are ne…

A: solution of above question below:

Q: 3x Find the vector of the Force when the V = -ye³x + zsin(x) where V is the potential function. If x…

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Q: The Magnitude of the reaction Force (R and T) is

A: Given Data :

Q: In the figure, the velocity of the water jet coming out of the 2.5 cm stationary fountain is given…

A: Given data: The diameter of the fountain is D = 2.5 cm. The velocity of the water jet coming out…

Q: Calculate the work required to move a mass “m” against A Force Field F = 5Ux + 7Uy along the…

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Q: Find: friction force between the spool and the ground.  and the UNIT of measurement of the…

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Q: passes point C, determine the work done by friction on the system over this portion of the motion

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Q: The hydraulic jack is filled with oil (S=0.9). Neglecting the weight of the two pistons, what force…

A: The pressure force generated in the cylinder due to the applied mass can be determined as,

Q: Obtain the equation of motion by drawing the free body diagrams of the given system.

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Q: A 60° bend occurs in a water pipeline that reduces from 600 mm diameter to 300 mm diameter at the…

A: Given: Inlet diameter and outlet diameter are  600 mm and 300 mm.  Gauge pressure at the inlet is…

Q: Derive the kinetic energy equations and the mass equivalents of the system shown.

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Q: A car is moving with a velocity of 20 m/s on a curved road as shown. The radius of curvature of the…

A:

Q: 18 |A vertical jet of water impinges on a horizontal disk as shown. The disk assembly mass is 30 kg.…

A: Given mass of thde disk m=30kgU=5m/sh=3mV=15m/sA=0.005m2

Q: (Linear momentum) A nozzle is attached to an 77.1-mm inside-diameter flexible hose. The nozzle area…

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Q: s1f the SYStem is Isulated the angluas Momentum will be Constant in Magnitude pat direction 1-true…

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Q: Using a conservation of momentum equation, show that the force on the hemispherical vane is twice…

A: Introduction of conservation of linear momentum states that when the net force on the body is zero…

Q: Find the mass of car K.E=1100 V=24 m/s

A: Given data : Kinetic energy stored in car=K.E Velocity of car=V   Required : Mass of car

Q: Determine kinetic energy

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Q: A drum is made to revolve about its centre by a falling mass as shown. Calculate the velocity of the…

A: Given:- M=12kg r=0.2m R=0.4m For drum; M=15kg k=0.3 h=10m To find: Velocity, V Angular velocity, ω…

Q: Determine the mass of car having kinetic energy 2300 J moving with velcoity 77 m/s

A: Kinetic energy of a car, K.E.=2300 JVelocity of car, V=77 m/s

Q: Determine the resultant force of the friction and normal force (in N) between block A and the…

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Q: The free-body diagram is shown. Find the normal force N and the friction force F. Your answers will…

A: Consider the free body diagram shown below for the skier.

Q: A and B are rolling cylinders connccting the shafts S and T. C and E are cylinders fast to these…

A: Given data: NE=2NCNENC=2 Need to determine the diameters of C and E.

Q: 3. Calculate the centripetal force acting on a 1.2 t vehicle when it is travelling at 60 km/h around…

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Q: Calculate the centripetal force acting on a 1.2 t vehicle when it is travelling at 60 km/h around a…

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Q: .6.4 Compute the acceleration of body B and the tension in the cord pporting A.

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Q: When the mass of the second stage of the rocket is x, find the equations of ⊿V1 for the first stage…

A: Given, Mass of both stages (ie., including fuel ) = 8200 kg  Mass of stages = 8200 - 6560 = 1640 kg…

Q: Calculate the angular displacement of the load tank of the garbage truck when the length of the jack…

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Q: Find the horizontal force , P required to turn the wheel weighing 500 over the block 10cm high if…

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Q: . Determine the maximum speed attained by the Ag rocket sled if the rockets provide the thrust shown…

A: Area under the graph is ∑∫0tTdt=Area under the graph ∑∫0tTdt=9×Area of one block…

Q: late the tension in the cable- r of the tank.

A: intro0duction: here we have to find out tension on cable

Q: There are 4 forces acting on the aircraft (Weight, Thrust, Lift, Drag). Assuming that they are all…

A: Given data: The mass of the aircraft is (m) = 5000 kg The radius of the looping maneuver is (r) =…

Q: A pump draws water from reservoir A and lifts it to reservoir B as shown in the figure. The loss of…

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Q: joule is needed to move the system a distance L=6.3 m.

A: Solution : Given data : V1 = 3 m/sA1 = 0.1 m2                  A2 = 0.2 m2P1 = 200 kpa L = 6.3m we…

Q: Determine the value of Kinetic Energy of the box at the top of the hill H1 is KE1= Determine the…

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Q: What is the bank angle of the airplane? (b) What is the pilot’s appar- ent weight during the turn?…

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Q: Derive the kinetic energy equations and the mass equivalents of the two-system shown.

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Q: Find the downward acceleration of ml if it has a mass of 87.3 kg and the kinetic coefficient of…

A: Given: Mass of the block 1 is 87.3 kg. Coefficient of friction is 0.2.  The system is shown below:

Q: Draw a force diagram for the bucket of water that is being raised from the well at constant speed.…

A: The force diagram for the bucket of water that is being raised from the well at a constant speed and…

Q: Find the height of sack upto to which it is raised to gain potential energy of 3222 J Mass of sack…

A: Given data : Mass of sack=m Potential energy=P.E Acceleration due to gravity=g   Answer : Height to…

Q: 2. A closed tank mounted on a truck 6m long, 2.50m wide, and 2m high is transporting oil (SG=0.85)…

A: