# Study sets matching "chapter 12 geometry formulas"

Theorem 12.1 Euler's Theorem(12-1)

12.2 Surface Area of a Right Prism (2 f…

Surface Area of a Right Cylinder

Surface Area of a Regular Pyramid(12.3)

F+V=E+2 (f faces v vertices e edges)

S=2B+Ph OR S=aP+Ph (s surface area, B area of the base, P peri…

S=2B+Ch OR (2)(pi)(r^2) +(2)(pi)rh (B area of the base, C circ…

S=B+ (1/2)(P)(l) (s surface area,, B area of the base, P perim…

Theorem 12.1 Euler's Theorem(12-1)

F+V=E+2 (f faces v vertices e edges)

12.2 Surface Area of a Right Prism (2 f…

S=2B+Ph OR S=aP+Ph (s surface area, B area of the base, P peri…

Lateral Area of Prism

Lateral Area of Pyramid

Lateral Area of Cylinder

Lateral Area of Cone

LA=PH

LA=sum of areas of lateral faces which are triangles.

LA=πdH or LA=PH

LA=πrl

Lateral Area of Prism

LA=PH

Lateral Area of Pyramid

LA=sum of areas of lateral faces which are triangles.

Surface Area of a Prism

Surface Area of a Cylinder

Surface Area of a Pyramid

Surface Area of a Cone

S = L + 2B

S = L + 2(3.14)r^2

S = L + B

S = L + 3.14r^2

Surface Area of a Prism

S = L + 2B

Surface Area of a Cylinder

S = L + 2(3.14)r^2

Euler's Formula

Surface area of a right prism

Surface area of a right cylinder

surface area of a regular pyramid

F+V=E+2

SA=2B+Ph

SA=2B+Ch or 2πr^2 +2πrh

SA=B+1/2P L

Euler's Formula

F+V=E+2

Surface area of a right prism

SA=2B+Ph

Prisms: 2 bases are always ___ and ____

Prisms: lateral area

Prisms: total area

Prisms: volume

parallel and congruent

sum of rectangular faces

Lateral area + 2 bases

(base area) x height

Prisms: 2 bases are always ___ and ____

parallel and congruent

Prisms: lateral area

sum of rectangular faces

Lateral Area of a Prism

Surface Area of a Prism

Surface Area of a Cylinder

Lateral Area of a Cylinder

L=Ph

S= L + 2B or S= Ph + 2B

S= L + 2B or S= 2πrh + 2π(r)squared

L= 2πrh

Lateral Area of a Prism

L=Ph

Surface Area of a Prism

S= L + 2B or S= Ph + 2B

lateral area of a prism

surface area of a prism

lateral area of a cylinder

surface area of a cylinder

L = Ph (P is perimeter of the base, h is height)

S = Ph + 2B (P is perimeter of base, h is height, B is area of…

L = 2πrh

S = 2πrh + 2πr^2

lateral area of a prism

L = Ph (P is perimeter of the base, h is height)

surface area of a prism

S = Ph + 2B (P is perimeter of base, h is height, B is area of…

Prism- Lateral Area

Prism- Total Area

Prism- Volume

Pyramid- Lateral Area

Ph (Perimeter of Base x Height)

LA + 2B (Lateral Area + 2(Area of Base))

Bh (Base Area x Height)

1/2pl (1/2 Perimeter of the Base x Slant Height)

Prism- Lateral Area

Ph (Perimeter of Base x Height)

Prism- Total Area

LA + 2B (Lateral Area + 2(Area of Base))

Surface Area of a Prism

Surface Area of a Cylinder

Surface Area of a Pyramid

Surface Area of a Cone

2B + ph

2(3.14...)(r^2) + 2(3.14...)(r^2)(h)

B + 1/2pl (l=slant height)

(3.14...)(r^2) + (3.14...)(r)(l)

Surface Area of a Prism

2B + ph

Surface Area of a Cylinder

2(3.14...)(r^2) + 2(3.14...)(r^2)(h)

Lateral of a prism

surface of prism

lateral of cylinder

surface area of cylinder

Ph (P=perimeter of base and h=height of prism)

L+2B (L =lateral area and B = area of base)

2pirh (r=radius and h=height)

2pirh+2pirsquared

Lateral of a prism

Ph (P=perimeter of base and h=height of prism)

surface of prism

L+2B (L =lateral area and B = area of base)