Cuboid:
Enter the length (l) =
Enter the breadth (b) =
Enter the height (h) =
Volume
[
l × b × h
] =
Surface Area
[
2( lb + bh + lh )
] =
Diagonal
[
Sqrt( l² + b² + h² )
] =
CUBE:
Enter the length (a)=
Volume
[
a³
] =
Surface Area
[
6a²
] =
Diagonal
[
SQRT[3] × a
] =
CYLINDER:
Enter the radius(r) =
Enter the height (h) =
Volume
[
||
r²h
] =
Curved Surface Area
[
2
||
rh
] =
Total Surface area
[
2
||
r(h+r)
] =
CONE:
Enter the base radius(r) =
Enter the height (h) =
Slant Height (l)
[
SQRT(r²+h²)
] =
Volume
[
1/3(
||
r²h)
] =
Curved Surface Area
[
||
rl
] =
Total Surface area
[
||
r(l+r)
] =
SPHERE:
Enter the radius(r) =
Volume
[
4/3(
||
r³)
] =
Curved Surface Area
[
4
||
r²
] =
HEMISPHERE:
Enter the radius(r) =
Volume
[
2/3(
||
r³)
] =
Curved Surface Area
[
2
||
r²
] =
Total Surface Area
[
3
||
r²
] =