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The document discusses surface area formulas for prisms and cylinders. It defines surface area as the sum of the areas of all surfaces that enclose the solid. For prisms, surface area is calculated as the perimeter of the base multiplied by the height, plus twice the area of the base. For cylinders, surface area is the circumference of the circular base multiplied by the height, plus twice the area of the circular base. Examples are given to demonstrate how to apply these formulas.
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12.2 notes
This document discusses surface area formulas for prisms and cylinders. It defines surface area as the sum of the areas of all surfaces that enclose a solid. For prisms, the surface area formula is the perimeter of the base multiplied by the height plus two times the area of the base. For cylinders, the surface area formula is two pi r multiplied by the height plus two times pi r squared. The document provides examples of prism and cylinder shapes and assigns homework problems calculating surface areas.
12.2 notes
The document discusses surface area formulas for prisms and cylinders. It defines surface area as the sum of the areas of all surfaces that enclose a solid. For prisms, surface area is calculated as the perimeter of the base multiplied by the height, plus twice the area of the base. For cylinders, surface area is the circumference of the base multiplied by the height, plus twice the area of the circular base. The document provides examples of applying these formulas to prisms and cylinders.
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The document discusses surface area formulas for prisms and cylinders. It defines surface area as the sum of the areas of all surfaces that enclose a solid. For prisms, surface area is calculated as the perimeter of the base multiplied by the height, plus twice the area of the base. For cylinders, surface area is the circumference of the base multiplied by the height, plus twice the area of the circular base. Examples of applying these formulas to prisms and cylinders are also provided.
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This document discusses surface area formulas for prisms and cylinders. It defines surface area as the sum of the areas of all surfaces that enclose a solid. For prisms, the surface area formula is the perimeter of the base multiplied by the height plus two times the area of the base. For cylinders, the surface area formula is two pi r multiplied by the height plus two times pi r squared. The document provides examples of prism and cylinder shapes and assigns homework problems calculating surface areas.
12.2 notes
The document discusses surface area formulas for prisms and cylinders. It defines surface area as the sum of the areas of all surfaces that enclose a solid. For prisms, surface area is calculated as the perimeter of the base multiplied by the height, plus twice the area of the base. For cylinders, surface area is the circumference of the base multiplied by the height, plus twice the area of the circular base. The document provides examples of applying these formulas to prisms and cylinders.
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10.5 notes
- 2. 10.5 Surface Area of Prisms & Cylinders HW pg. 530 #727 odds 2 March 31, 2014 Bases Lateral edges Lateral faces Surface Area: the sum of the areas of all surfaces that enclose the solid Lateral Area: the sum of the areas of all lateral faces Surface Area
- 3. 10.5 Surface Area of Prisms & Cylinders HW pg. 530 #727 odds 3 March 31, 2014 Prisms: perimeter of the base*height of the prism + area of the base*2 S.A. Prism = Ph + 2b 6 7 8 b) 6.5 10 7 12.2 a)
- 4. 10.5 Surface Area of Prisms & Cylinders HW pg. 530 #727 odds 4 March 31, 2014 Cylinders: Cylinder S. A. = (2πr)h + 2(πr2 ) Circumference of the base*height of the cylinder + 2*the area of the base D = 15, h = 12 D h
- 5. 10.5 Surface Area of Prisms & Cylinders HW pg. 530 #727 odds 5 March 31, 2014 10.5 HW pg. 530 #7-27 odds