WORK
Solution1.This is what you know:
force: F =9800 n distance: d =145 m2.This is what you need to find out:
work: W = ? J3.This is the procedure you need to use:
Substitute the known values f= 9800 n and d = 145 m into the work equation:
W = Fd = (9800 N)(145 m) = N·m = 1421000 J4.Check your answer:
Check your answer by dividing the work you calculated by the distance given in the problem. The result should be the force given in the problem.
The vertical travel distance of a intake or exhaust valve is called the lift. Valve timing and lift is critical for a properly running engine.
Yes, a teeter-totter is considered a simple machine. It functions as a lever, where a beam pivots around a fulcrum. The positions of the fulcrum and the weights on either side determine how easily one side can lift the other, demonstrating the principles of leverage.
To remove a big rock from the bike path, a lever would be the most effective simple machine to use. By placing a sturdy beam under the rock with a fulcrum positioned nearby, you can apply force on one end of the beam to lift the rock with less effort. This method allows for efficient movement of the heavy object, making it easier to clear the path.
The way they lift the load.
If you give the yr/make/model/engine, could let you know... But if you want to find out your self. You need to turn piston 1 to TDC and depending on the engine, undo the valve spring keeper and measure how far the valve drops until in hits the piston. Subtract .050 of an inch and if it is less than the max valve lift you have an interference engine.
The amount of work done to lift an object is equal to the force applied multiplied by the distance over which the force is applied. Without information about the force or mechanism used to lift the beam, it is not possible to calculate the work done.
On earth, force required to lift 1000 kg is 1000kg*9.8ms-2 = 9800 NIn joules, work done = 9800N*1m = 9800 JPower = 9800J/1s = 9800 W1 horsepower = 746 WSo power = 9800/746 = 13.13672922252011 horsepower
10p
When a man weighing 175 lb attempts to lift a heavy object, his muscles will need to generate enough force to overcome the weight of the object. If the object is too heavy for his muscles to lift, he may strain or injure himself. It is important to lift heavy objects using proper lifting techniques to prevent injury.
Nice try
To lift a 100kg steel beam 3 meters off the ground, you would need to apply enough force greater than the force of gravity acting on the beam (100kg * 9.8m/s^2) to lift it against gravity. This can be achieved using a lifting device like a crane or forklift that can provide the necessary force while ensuring safety protocols are followed.
Assuming you need a metric ton, that's 1000 kilograms. To lift that, you need a FORCE of 9800 newtons. Force is related to pressure by: pressure = force / area, so the answer to the original question would depend, over what area the force is applied.
90000J
lift the hood it is on the right side.
This is one of those questions that no one will will tackle because there are other factors that weigh into this type construction: Angle of lift, How will the new beam be supported, Is the foundation sufficent, indoors vs outdoor ect. I'm afraid we do not have enough information to safely answer your question.
1 newton-meter = 1 joule
The weight distribution in an LPG gas cylinder is concentrated in a smaller area, making it feel heavier to lift compared to a person whose weight is distributed over a larger surface area. Additionally, the shape and design of the gas cylinder make it more awkward to lift compared to lifting a person.