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856Perimeter of Polygons
857Area of Rectangles and Squares
858Area of Parallelograms
859Area of Triangles
860Area of Trapezoids
861Circumference of Circles
862Area of Circles
863Area of Regular Polygons
864Area of Sectors and Arc Length
865Area of Segments
866Perimeter and Area Problem Solving
867Breaking Down Composite Figures into Basic Shapes
868Finding Area of Composite Figures by Addition
869Finding Area Using Subtraction Method
870Perimeter of Composite Figures
871Composite Figures with Circles and Semicircles
872Irregular Composite Figures on Grids
873Composite Figures in Real-World Contexts
874Optimizing Composite Figure Problems
875Volume Concept and Cubic Units
876Volume of Rectangular Prisms
877Volume of Cubes
878Volume of Prisms with Any Base
879Volume of Cylinders
880Volume of Pyramids
881Volume of Cones
882Volume of Spheres
883Volume of Composite Solids
884Volume Word Problems and Applications
885Volume Scale Factor Relationships
886Volume of Oblique Solids
887Surface Area of Prisms
888Surface Area of Cylinders
889Surface Area of Pyramids
890Surface Area of Cones
891Surface Area of Spheres
892Surface Area of Composite Solids
893Nets and Surface Area
894Similar Solids and Surface Area
895Word Problems Involving Surface Area
896Optimization Problems with Surface Area
897Introduction to Cavalieri's Principle
898Applying Cavalieri's Principle to Prisms
899Cavalieri's Principle with Cylinders
900Cavalieri's Principle for Pyramids and Cones
901Deriving Volume Formulas Using Cavalieri's Principle
902Problem Solving with Cavalieri's Principle

856Perimeter of Polygons
857Area of Rectangles and Squares
858Area of Parallelograms
859Area of Triangles
860Area of Trapezoids
861Circumference of Circles
862Area of Circles
863Area of Regular Polygons
864Area of Sectors and Arc Length
865Area of Segments
866Perimeter and Area Problem Solving
867Breaking Down Composite Figures into Basic Shapes
868Finding Area of Composite Figures by Addition
869Finding Area Using Subtraction Method
870Perimeter of Composite Figures
871Composite Figures with Circles and Semicircles
872Irregular Composite Figures on Grids
873Composite Figures in Real-World Contexts
874Optimizing Composite Figure Problems
875Volume Concept and Cubic Units
876Volume of Rectangular Prisms
877Volume of Cubes
878Volume of Prisms with Any Base
879Volume of Cylinders
880Volume of Pyramids
881Volume of Cones
882Volume of Spheres
883Volume of Composite Solids
884Volume Word Problems and Applications
885Volume Scale Factor Relationships
886Volume of Oblique Solids
887Surface Area of Prisms
888Surface Area of Cylinders
889Surface Area of Pyramids
890Surface Area of Cones
891Surface Area of Spheres
892Surface Area of Composite Solids
893Nets and Surface Area
894Similar Solids and Surface Area
895Word Problems Involving Surface Area
896Optimization Problems with Surface Area
897Introduction to Cavalieri's Principle
898Applying Cavalieri's Principle to Prisms
899Cavalieri's Principle with Cylinders
900Cavalieri's Principle for Pyramids and Cones
901Deriving Volume Formulas Using Cavalieri's Principle
902Problem Solving with Cavalieri's Principle

← Mathematics

Lesson 869 of 3,121·21. Area, Perimeter, Volume, and Surface AreaPro lesson

Finding Area Using Subtraction Method

Determine area of composite figures by subtracting removed regions from a larger enclosing shape.

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