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→LSA(CSA) TSA & VOLUME of solid Figures
|CYLINDER
|CYLINDER
|<math>2{\pi}rh</math>
|<math>2{\pi}rh</math>
Where r is the radius of circular base
|<math>2{\pi}r(r+h)</math>
|<math>2{\pi}r(r+h)</math>
where "h" is the height of cylinder
where "h" is the height of cylinder
Where l is the slant height
Where l is the slant height
|<math>{\pi}r(l+r)</math>
|<math>{\pi}r(l+r)</math>
Where r is the radius of circular base
|<math>\frac{1}{3}{\pi}r^2h</math>
|<math>\frac{1}{3}{\pi}r^2h</math>
Where h is the height or depth of the cone
|-
|-
|FRUSTUM OF CONE
|FRUSTUM OF CONE
Where l=<math>\sqrt{h^2+(r_{1}-r_{2})^2}</math>
Where l=<math>\sqrt{h^2+(r_{1}-r_{2})^2}</math>
|<math>π{{(r_{1}+r_{2})l+r_{1}^2+r_{2}^2}}</math>
|<math>π{{(r_{1}+r_{2})l+r_{1}^2+r_{2}^2}}</math>
Where l=<math>\sqrt{h^2+(r_{1}-r_{2})^2}</math>
Where r_{1} & r_{2} are the radii of two bases(r_{1}>r_{2})
|<math>\frac{1}{3}{\pi}h(r_{1}^2+r_{2}^2+r_{1}r_{2})</math>
|<math>\frac{1}{3}{\pi}h(r_{1}^2+r_{2}^2+r_{1}r_{2})</math>
Where h is the height or depth of the frustum ofcone
|-
|-
|SPHERE
|SPHERE