G.P. Reeves Inc.

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-Serving Industry Since 1971
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Tech Notes
 Grease On a US Nickel
Patented Air Detection
Ten Million Dollars!
What is Grease?
Production Greasing
Two Types of Grease Dispensers
Grease Volume
Why Snuff-back?
APGP Application Note
Pressure - Flow Comfirmation
Process Capability

Special Applications
 Custom Grease Application Devices

Calculators
 Area of Common Shapes
Volume of Common Shapes
Volume Conversion
Volume of a Cylinder
Reference
 Conversion Chart
Socket Head Cap Screw Data
online mathematics. rectangle, triangle, circle, squre area calculation
Volume Calculation's

Calculate the area and volume of cube, cuboid, cylinder, cone, sphere, hemisphere.
CUBE:
Enter the length (a)=
Volume [ a³ ] =
Surface Area [ 6a² ] =
Diagonal [ SQRT[3] × a ] =
Cuboid: (3D Rectangle)
Enter the length (l) =
Enter the breath (b) =
Enter the height (h) =
Volume [ l × b × h ] =
Surface Area [ 2( lb + bh + lh ) ] =
Diagonal [ Sqrt( l² + b² + h² ) ] =
CYLINDER:
Enter the diameter(d) =
Enter the height (h) =
Radius (r) [ d / 2 ] =
Volume [ ||r²h ] =
Curved Surface Area [ 2||rh ] =
Total Surface area [ 2||r(h+r) ] =
CONE:
Enter the base diameter(d) =
Enter the height (h) =
Radius (r) [ d / 2 ] =
Slant Height (l) [ SQRT(r²+h²) ] =
Volume [ 1/3(||r²h) ] =
Curved Surface Area [ ||rl ] =
Total Surface area [ ||r(l+r) ] =
SPHERE:
Enter the diameter(d) =
Radius (r) [ d / 2 ] =
Volume [ 4/3(||r³) ] =
Curved Surface Area [ 4||r² ] =
HEMI SPHERE:
Enter the radius(r) =
Volume [ 2/3(||r³) ] =
Curved Surface Area [ 2||r² ] =
Total Surface Area [ 3||r² ] =


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