You partition the compound shape into simpler shapes whose areas you can work out using formulae, and then add all those parts together.
You would find the area of the inside and outside shape (pretending that the inside shape was not in the outside shape). then, you would take the area of the outside shape and subtract the area of the inside shape.
Shape of what ?
To solve area problems involving compound shapes, first break the compound shape into simpler geometric figures, such as rectangles, triangles, and circles. Calculate the area of each individual shape using the appropriate formulas (e.g., area = length × width for rectangles, area = 1/2 × base × height for triangles). Finally, sum the areas of the individual shapes or subtract the areas of any missing sections from the total area, depending on the configuration of the compound shape. Ensure to pay attention to any units and convert them if necessary.
To find the area, first divide the shape into regular, simple shapes. Then use formulas to find the area of the smaller, regular shapes. Lastly, add up all the smaller areas to find the area of the original shape.
Such as? If you can break the shape up into triangles you can find the area that way. Or, you can get into calculus-based equations if you have an equation for the random shape.
You would find the area of the inside and outside shape (pretending that the inside shape was not in the outside shape). then, you would take the area of the outside shape and subtract the area of the inside shape.
Shape of what ?
To solve area problems involving compound shapes, first break the compound shape into simpler geometric figures, such as rectangles, triangles, and circles. Calculate the area of each individual shape using the appropriate formulas (e.g., area = length × width for rectangles, area = 1/2 × base × height for triangles). Finally, sum the areas of the individual shapes or subtract the areas of any missing sections from the total area, depending on the configuration of the compound shape. Ensure to pay attention to any units and convert them if necessary.
To find the area, first divide the shape into regular, simple shapes. Then use formulas to find the area of the smaller, regular shapes. Lastly, add up all the smaller areas to find the area of the original shape.
Such as? If you can break the shape up into triangles you can find the area that way. Or, you can get into calculus-based equations if you have an equation for the random shape.
You times the length by width, to get the area of the 2D shape.
Fill in the blanks so that the shape makes a square and find the area of that. Then find the area of the shape you added. When you have both areas, subtract the greater from the smaller.
To find the area, first divide the shape into regular, simple shapes. Then use formulas to find the area of the smaller, regular shapes. Lastly, add up all the smaller areas to find the area of the original shape.
To find the area, first divide the shape into regular, simple shapes. Then use formulas to find the area of the smaller, regular shapes. Lastly, add up all the smaller areas to find the area of the original shape.
To find the area, first divide the shape into regular, simple shapes. Then use formulas to find the area of the smaller, regular shapes. Then add up all the areas to find the area of the original shape.
To find the area, first divide the shape into regular, simple shapes. Then use formulas to find the area of the smaller, regular shapes. Lastly, add up all the smaller areas to find the area of the original shape.
To find the area, first divide the shape into regular, simple shapes. Then use formulas to find the area of the smaller, regular shapes. Lastly, add up all the smaller areas to find the area of the original shape.