Lean a ladder against a wall. Not too steep . . . Give it a nice angle, for safe climbing.
The height is the distance between the ground and the place where it hits the wall.
The slant height is the length of the ladder.
the slant height is always 2 units bigger then the height
Slant height is 16.16 cm
slant height of the pyramid Louvre in Paris=28 meters
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.
I belive you can use any letter as a variable for slant height. yea... you can use any letter for any side or whatever that involves a variable (an unknown)
69
I would think that the slant is about 5m taller, although some pyramids have a different slant, so it depends.
Why do you need to FIND the slant height if you have the [lateral height and] slant height?
the slant height is always 2 units bigger then the height
the slant height is always 2 units bigger then the height
Its slant height is bigger. Think of it as a triangle: the hypotenuse is always the largest side, and the slant height is like the hypotenuse.
Its slant height is bigger. Think of it as a triangle: the hypotenuse is always the largest side, and the slant height is like the hypotenuse.
(slant height)2= (height)2+(1/2 side)2
Slant height is 16.16 cm
The slant height will be 25 cm
Slant height is 7.81 inches.
The surface area is a function of the height (or slant height) and the radius of the base. So, the slant height is a function of the surface area and the base-radius. Since the latter is unknown, the slant height cannot be calculated.