Best online Cone Calculator

r = radiush = heights
= slant heightV
= volumeL
= lateral floor areaB
= base floor areaA
= overall floor areaπ = pi
= 3.1415926535898√
= rectangular root

Calculator Use

This online calculator will calculate the diverse residences of a proper round cone given any 2 acknowledged variables. The term "round" clarifies this form as a pyramid with a round move section. The term "proper" approach that the vertex of the cone is focused above the base. Using the term "cone" with the aid of using itself frequently normally approach a proper round cone.
Units: Note that gadgets are proven for comfort however do now no longer have an effect on the calculations. The gadgets are in the region to provide a demonstration of the order of the outcomes consisting of ft, ft2, or ft3. For example, in case you are beginning with mm and you realizer and h in mm, your calculations will end result with s in mm, V in mm3, L in mm2, B in mm2, and A in mm2.
Below is the usual formulation for a cone. Calculations are primarily based totally on algebraic manipulation of that general formulation.
https://www.allmath.com/cone.php

Circular Cone Calculations:

Use the subsequent extra formulation alongside the formulation above.
  • Given radius and top calculate the slant top, extent, lateral floor vicinity, and general floor vicinity.

    Given r, h discover s, V, L, A
    • use the formulation above
  • Given radius and slant top calculate the top, extent, lateral floor vicinity, and general floor vicinity.

    Given r, s discover h, V, L, A
    • h = √(s2 - r2)
  • Given radius and extent calculate the top, slant top, lateral floor vicinity, and general floor vicinity.

    Given r, V discover h, s, L, A
    • h = (3 * v) / (πr2)
  • Given radius and lateral floor, vicinity calculates the top, slant top, extent, and general floor vicinity.

    Given r, L discover h, s, V, A
    • s = L / (πr)
    • h = √(s2 - r2)
  • Given radius and general floor, vicinity calculates the top, slant top, extent, and lateral floor vicinity.

    Given r, A discover h, s, V, L
    • s = [A - (πr2)] / (πr)
    • h = √(s2 - r2)
  • Given top and slant top calculate the radius, extent, lateral floor vicinity and general floor vicinity.

    Given h, s discover r, V, L, A
    • r = √(s2 - h2)
  • Given top and extent calculate the radius, slant top, lateral floor vicinity and general floor vicinity.

    Given h, V discover r, s, L, A
    • r = √[ (3 * v) / (π * h) ]
  • Given slant top and lateral floor vicinity calculate the radius, top, extent, and general floor vicinity.

    Given s, L discover r, h, V, A
    • r = L / (π * s)
    • h = √(s2 - r2)