Free the stack from its confines and compare it to its unrestrained version.
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Free the stack from its confines and compare it to its unrestrained version.
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- The conveyor belt is moving at 4 m/s. If the coefficient of static friction betweenthe conveyor and the 10-kg package B is uS = 0.2, determine the shortest time the belt can stop sothat the package does not slide on the belt.Subject: Hydraulics What size of brass pipe would be required to carry standard gasoline at 80 degree Fahrenheit at a velocity of 10 ft. per second with a loss of head of 15 ft. per 100 ft?12. A cubical float, 1.22 m on a side, weighs 1.78 kN and is anchored by means of a concrete block that weighs 6.67 kN in air. If 229 mm of the float is submerged when the chain connected to the concrete is taut, what rise in water level will lift the concrete off the bottom? Concrete weighs23.56 kN/m3.
- What force is necessarry to lift a thin wire ring 45 mm in diameter from a water surface at 20 °C? Neglect the weight of the wire.Situation 2. A hollow cylinder 1.0 m in diameter and 2.0 m long weighs 3285 N. a. How many kN of lead weighing 110 kN/m³ must be fastened to the outside bottom to make the cylinder float vertically with 1.50 m submerged in fresh water? b. How many kN of lead weighing 110 kN/m³ must be placed inside the cylinder to make the cylinder float vertically with 1.50 m submerged in fresh water? c. What additional load must be placed inside the cylinder to make the top of the cylinder flush with the water surface?Why is it so difficult to process MSW?
- On a rough surface, Daniel pushes a carton with a mass of 30.0kg. The force F that is he applies is 608N with an angle of 55.0 degrees with the horizontal. In a time of 4s, the block's speed increases from 0.15m/s to 2.68m/s. a) Draw a free body diagram for your calculations b) Find the coefficient of kinetic friction between the flood and the block.Please exapline to me how to solve this live loads! ~A hollow cylinder 1.20 m in diameter 2.5 m high weighs 4 kN.a. Determine the weight of lead anchor fastened at the bottom of thecylinder to make it float vertically in water with 0.5m projecting abovethe water surface.b. If the lead anchor is instead placed inside the cylinder, determine itsweight to keep the cylinder float vertically with 0.5 m projecting abovethe water surface.