Inclined shafts can provide easier access to deep underground orebodies compared to vertical shafts, reducing the time and cost of development. Inclined shafts also enable efficient use of gravity to transport materials, such as ore and personnel, from the surface to underground workings. Additionally, inclined shafts allow for better ventilation and airflow circulation within the mine.
A screw is an inclined plane wrapped around a cylinder or shaft. It allows for the movement of materials along its length through rotational force.
A wedge is a type of inclined plane that has two inclined surfaces meeting at a sharp edge. The screw is a type of inclined plane wrapped around a cylindrical shaft. Both the wedge and the screw utilize the principle of an inclined plane to multiply force and make it easier to perform tasks like splitting wood with a wedge or holding materials together with a screw.
A screw is a type of inclined plane wrapped around a cylindrical shaft. When the screw is rotated, it moves up or down along the inclined plane, allowing it to lift or lower objects. A wedge is also a type of inclined plane, but it has two sloping surfaces meeting at a sharp edge, used to separate or secure objects by applying force.
A simple machine like an inclined plane wound up is a screw. It is a spiral inclined plane wrapped around a shaft, allowing it to exert a force or hold objects together. Just like the inclined plane, the screw allows for easier lifting or moving of heavy loads by converting rotational motion into linear motion.
They are both the same because they are divided by the length of incline or screw to get the correct answer.
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A screw is an inclined plane wrapped around a cylinder or shaft. It allows for the movement of materials along its length through rotational force.
A screw and an inclined plane are both examples of technology and have mechanical advantages.
give the advantage of using an inclined plane
important reason behind inclining the shaft is to avoid/reduce various vibrations that may come up from the propeller and shaft rotation. various rulebooks have the minimum clearances for hull/propeller, so when the hull and propeller are designed and the minimum clearances are not satisfied shaft are inclined. other reasons include better positioning of engine bearers, better flow angle to the propeller blades
important reason behind inclining the shaft is to avoid/reduce various vibrations that may come up from the propeller and shaft rotation. various rulebooks have the minimum clearances for hull/propeller, so when the hull and propeller are designed and the minimum clearances are not satisfied shaft are inclined. other reasons include better positioning of engine bearers, better flow angle to the propeller blades
The universal joint is used to transfer drive (power) from one shaft to another when they are inclined (non collinear) to each other.
2 types of crank shaft are there 1.same plane 2.cross plane crank shaft in cross plane crank shaft cranks are inclined at 90 degree and in same plane crank shaft cranks are in same plane. thnk u
applied force
A shaft-drive bicycle has advantages over a chain-drive bicycle in terms of lower maintenance, cleaner operation, and protection from dirt and grease.
the scale that is attached to the inclined tube are more sensibly then scale in vertical form that are in U-tube manometerdisadvantage is that it is costly and tough to handle.