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Dynamic tasks on volumes and surface areas of prisms, cylinders, pyramids and cones, including comprehension of their elements and scale effects.
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A cone volume is one third of the volume of a cylinder with the same base and height: V = π × r² × h ÷ 3. Use π ≈ 3.14 and cm³.
A closed cylinder has two circular bases and a curved side. Total area S = 2 × π × r² + 2 × π × r × h. The first term covers both bases and the second the curved surface. Use π ≈ 3.14 and cm².
Volume depends on the product of three length dimensions. Multiplying every length by k multiplies the volume by k × k × k = k³. For example, doubling all lengths multiplies volume by 8.
A closed cylinder has two circular bases and a curved side. Total area S = 2 × π × r² + 2 × π × r × h. The first term covers both bases and the second the curved surface. Use π ≈ 3.14 and cm².
Base area = a × b. Volume = base area × height, so h = V ÷ (a × b). Express the height in centimetres.
Rectangular prism volume is V = length × width × height. Multiply all three dimensions; centimetre dimensions give cm³.
A cone has one circular base and an apex. A cylinder has two equal parallel circular bases and no apex. A prism has two equal parallel bases; a pyramid has one base and an apex.
A pyramid volume is one third of a prism volume with the same base and height. For a rectangular base, V = a × b × h ÷ 3. Use cm³.
Volume depends on the product of three length dimensions. Multiplying every length by k multiplies the volume by k × k × k = k³. For example, doubling all lengths multiplies volume by 8.
Cylinder volume = circular base area × height: V = π × r² × h. Use π ≈ 3.14 and square the radius. Express the result in cm³.
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Volume measures occupied space, while surface area is the sum of all outer faces. For a prism, V = base area × height; for a pyramid, divide this product by 3.
For a cylinder V = πr²h and for a cone V = πr²h/3. Identify the solid and its elements first. Scaling all lengths by k scales surface area by k² and volume by k³.
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https://www.catestia.com/en/mathematics/7th-grade/solids-volume-and-surface-area-test/59/