- Sphere radius R
- 5
- Cap height h
- 2
104.719755
Open with these values104.719755units³
Result: 104.719755 units³A spherical sector is the cone from the centre of a sphere plus the cap that tops it, so V = 2πR²h/3. For R = 5 and h = 2 that is 100π/3, about 104.72 cubic units — nearly twice the 54.45 of the bare cap. The volume rises straight in line with h.
104.719755
Open with these values628.318531
Open with these values28.274334
Open with these valuesV = 2 × π × R² × h ÷ 3, h at most 2R
| Radius, cap height | Exact | Volume |
|---|---|---|
| 1, 2 | 4π ÷ 3 (whole sphere) | 4.188790 |
| 3, 1.5 | 9π | 28.274334 |
| 5, 1 | 50π ÷ 3 | 52.359878 |
| 5, 2 | 100π ÷ 3 | 104.719755 |
| 10, 3 | 200π | 628.318531 |
Square the sphere radius, then multiply by 2π/3 and the cap height: V = (2/3) × π × R² × h. For a sphere of radius 5 and a cap height of 2 that is about 104.719755 cubic units.
A spherical sector is the solid swept from the centre of a sphere out to a cap on its surface — an ice-cream-cone shape with a rounded top and its point at the centre. It is a cone plus the cap that closes it.
A cap is only the dome sliced off the top. A sector adds the cone reaching from the cap's base circle down to the centre of the sphere, so for R = 5 and h = 2 the sector holds 104.719755 against the cap's 54.454273.
No. At h = 2R the sector already fills the whole sphere, 4πR³/3, and there is nothing beyond that. This calculator therefore holds the answer at the full sphere instead of returning nonsense.
Whatever you entered, cubed. Radius and cap height in centimetres give cubic centimetres, in inches cubic inches.
Information, not professional advice.
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