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→LSA(CSA) TSA & VOLUME of Solid Figures
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|2)SQUARE BASED RIGHT PRISM
|2)SQUARE BASED RIGHT PRISM
|PXh
|Ph
Where P=4a is the perimeter of base square
Where P=4a is the perimeter of base square
|<math>2B+Ph</math>
|<math>2B+Ph</math>
1)EQUILATERAL TRIANGLE BASED RIGHT PYRAMID
1)EQUILATERAL TRIANGLE BASED RIGHT PYRAMID
|<math>\frac{1}{2}Pl</math>
|<math>\frac{1}{2}Pl</math>
Where P=3a is the perimeter of base triangle
Where P=3a is the perimeter of base triangle<br>
l is the slant height
l is the slant height
|<math>B+\frac{1}{2}Pl</math>
|<math>B+\frac{1}{2}Pl</math>
Where B=<math>\frac{\sqrt{3}a^2}{4}</math> is the area of base
Where B=<math>\frac{\sqrt{3}a^2}{4}</math> is the area of base
|<math>\frac{1}{3}Bh
|<math>\frac{1}{3}Bh</math>
Where B=<math>\frac{\sqrt{3}a^2}{4}</math>
Where B=<math>\frac{\sqrt{3}a^2}{4}</math>
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|2)SQUARE BASED RIGHT PRISM
|2)SQUARE BASED RIGHT PYRAMID
|PXh
|<math>\frac{1}{2}Pl</math>
Where P=4a is the perimeter of base square
Where P=4a is the perimeter of base square<br>
|<math>2B+Ph</math>
l is the slant height
|<math>B+\frac{1}{2}Pl</math>
Where B=<math>a^2</math> is the area of base
Where B=<math>a^2</math> is the area of base
|Bh
|<math>\frac{1}{3}Bh</math>
Where B=<math>a^2</math>
Where B=<math>a^2</math>
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