​Surface Area

• ​Net - 2-dimensional representation of a 3-dimensional figure

​Surface Area

• ​Net - 2-dimensional representation of a 3-dimensional figure

• Surface Area of a Net is just like finding the area of a composite figure. Find the area of each face and then add the areas.

​Surface Area

• ​Net - 2-dimensional representation of a 3-dimensional figure

• Surface Area of a Net is just like finding the area of a composite figure. Find the area of each face and then add the areas.

• Total Surface Area (TSA) - surface area of all faces including the bases

  
  

​Surface Area

• ​Net - 2-dimensional representation of a 3-dimensional figure

• Surface Area of a Net is just like finding the area of a composite figure. Find the area of each face and then add the areas.

• Total Surface Area (TSA) - surface area of all faces including the bases

• Lateral Surface Area (LSA) - surface area of the faces, NOT including the bases

  
  

  
  

​VOLUME

​VOLUME

• Volume - amount of space a 3-dimensional shape takes up.​

​VOLUME

• Volume - amount of space a 3-dimensional shape takes up.​

• We only work with two volume formulas:

​VOLUME

• Volume - amount of space a 3-dimensional shape takes up.​

• We only work with two volume formulas:

PRISMS

v = Bh

​VOLUME

• Volume - amount of space a 3-dimensional shape takes up.​

• We only work with two volume formulas:

PRISMS PYRAMIDS

v = Bh v = 1/3Bh

​VOLUME

• Volume - amount of space a 3-dimensional shape takes up.​

• We only work with two volume formulas:

PRISMS PYRAMIDS

v = Bh v = 1/3Bh

• B = Area of the Base (the base will be identified in the name of the shape)

  
  

​VOLUME

• Volume - amount of space a 3-dimensional shape takes up.​

• We only work with two volume formulas:

PRISMS PYRAMIDS

v = Bh v = 1/3Bh

• B = Area of the Base (the base will be identified in the name of the shape)

• h = Height of prism/pyramid (the height of a prism is the distance between the two bases)