the work output
Force
The inclined plane lessens the amount of force you need to lift an object like the other simple machine, the pulley but moves the object in a slant motion instead of the up and down motion of the pulley,
a slanting line is a line that dident go straight
Why do you need to FIND the slant height if you have the [lateral height and] slant height?
A slant is something that is in the sloping position. An example of a slant is a wheelchair ramp that leads into a house.
Its called the slant, and most people say the line segment, but i stick to the slant.
Yes
The inclined plane lessens the amount of force you need to lift an object like the other simple machine, the pulley but moves the object in a slant motion instead of the up and down motion of the pulley,
a slanting line is a line that dident go straight
Stairs are inclined planes, stairs are on a slant. We bring ourselves down and up the stairs that's why they are on a slant because we are the loads.
Stairs are inclined planes, stairs are on a slant. We bring ourselves down and up the stairs that's why they are on a slant because we are the loads.
it is possible but the solution given in nd bhatt book cd is wrong the plane is not perpendicular to hp
If we have to lift a heavy massive object to a height if we raise it in the vertical direction then the energy that has to be given is to be provided with greater force of course for a shorter distance. ------------------------------ So by using an inclined plane we can reduce the force in an easy bearable way, of course, with the greater distance. THat is why we prefer inclined plane
It is determined by the angle. The angle of the incline must be an acute angle. It is used to give a mechanical advantage, such as pushing a cart across the incline, rather than lifting it to the final height.
A partially opened newspaper is commonly referred to as a "slant" or "foldout" due to its angular presentation.
It is a compound machine that is made up of a lever (the handle) and a wedge (the staples). Some internet sources include a wheel and axle (the pivot point for the handle) and an inclined plane (the slant for papers under the staple dispenser).
slant hemming
If you visualize the cone by cutting it vertically (with a plane perpendicular to the base), you can construct a right triangle to represent the radius, altitude, and slant height. This triangle has legs of 7 (the radius) and 19 (the altitude). Its hypotenuse represents the slant height. We can then use the Pythagorean theorem to solve for the slant height: 72 + 192 = s2 72 + 192 = s2 410 = s2 s = √(410) s ≈ 20.24 Therefore the cone has a slant height of √(410), or approximately 20.248456731316586933246902289901 units.