Sphere Cap Volume from Radius and Height: 50 units Sphere Radius; 100 units Cap Height

Specific conversion page with reference context, calculator, and nearby values.

Author

Prof. Sunita Rao

Math editorial contributor

Indian-American chemical engineer at Stanford, developing biodegradable alternatives to single-use plastics

Reviewed by

Dr. Samuel Okafor

Math content reviewer

Nigerian-Canadian data scientist with a PhD from the University of Toronto, building ML models for early cancer detection

Last updatedFebruary 22, 2026

PublishedFebruary 22, 2026

50 units Sphere Radius; 100 units Cap Height converts to

523,598.775598 cubic units

Use this as a quick reference for Sphere Cap Volume from Radius and Height.

Value Details

Input: 50 units Sphere Radius; 100 units Cap Height

Output: 523,598.775598 cubic units

Browse all reference values for Sphere Cap Volume from Radius and Height

Sphere Cap Volume from Radius and Height

Calculate spherical cap volume from sphere radius and cap height.

Calculated Result

Nearby Reference Values

Sphere Cap Volume from Radius and Height values near 50 units Sphere Radius; 100 units Cap Height
ScenarioCap Volume
50 units Sphere Radius; 37.5 units Cap Height165,669.925092 cubic units
50 units Sphere Radius; 50 units Cap Height261,799.387799 cubic units
50 units Sphere Radius; 62.5 units Cap Height357,928.850507 cubic units
50 units Sphere Radius; 75 units Cap Height441,786.466911 cubic units
50 units Sphere Radius; 87.5 units Cap Height501,100.390709 cubic units
50 units Sphere Radius; 100 units Cap Height523,598.775598 cubic units

Frequently Asked Questions

Common questions about Sphere Cap Volume from Radius and Height, formulas, and expected usage.

What does the Sphere Cap Volume from Radius and Height calculator do?

It helps with estimating partial sphere volume in tanks, domes, and level calculations.

What formula does the Sphere Cap Volume from Radius and Height calculator use?

Spherical cap volume = πh²(3R - h)/3.

What inputs are valid?

Sphere radius must be non-negative and cap height must be between 0 and 2R.

When would I use this?

estimating partial sphere volume in tanks, domes, and level calculations

Methodology and Review

This page is generated from the same conversion definition used by the main calculator page, which keeps the calculator, reference table rows, and FAQ schema aligned.

Reviewer and update metadata are shown above and included in structured data. See our editorial policy, review process, and corrections policy.

Use this page as a fast lookup reference, then confirm final project values using applicable standards and manufacturer documentation.