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Study sets matching "formulas chapter 12"

11 terms
Formulas for chapter 12
Surface Area of a prism
Surface Area of a pyramid
Surface Area of a cylinder
Surface Area of a cone
Surface Area of a prism
Surface Area of a pyramid
14 terms
Chapter 12 Formulas
Lateral Area of a Prism
Total Area of Prism
Volume of Prism
Lateral Area of Regular Pyramid
L.A. = p • h
T.A. = L.A. + 2B
V = B•h
L.A. = (p • l)/2
Lateral Area of a Prism
L.A. = p • h
Total Area of Prism
T.A. = L.A. + 2B
13 terms
Chapter 12 Formulas
Volume of Sphere
Surface Area of Sphere
Volume of a Cone
Surface Area of a Cone
Volume of Sphere
Surface Area of Sphere
8 terms
Chapter 12 Formulas
Prism Surface Area
Cylinder Surface Area
Pyramid Surface area
Cone surface area
Prism Surface Area
Cylinder Surface Area
Chapter 12 Formulas
Rectangle Area
Triangle Area
Circle Area
Circle Circumference
A=bh
A=1/2bh
A= (pi)(r squared)
C=2(pi)r
Rectangle Area
A=bh
Triangle Area
A=1/2bh
11 terms
Chapter 12 Formulas
"Nth" term in a series
Sum of first "N" terms
Sum from "K" to "N" terms
Linear Summation
an = a1 + (n - 1)d
sn = ((a1 + an)/2)
sk-n = (n - k +1)/(2)(ak + an)
(n + (n + 1))/2
"Nth" term in a series
an = a1 + (n - 1)d
Sum of first "N" terms
sn = ((a1 + an)/2)
18 terms
Chapter 12 Formulas
Lateral Area of a Prism
Surface Area of a Prism
Volume of a Prism
Lateral Area of a Pyramid
Ph
Ph+2B
Bh
1/2pl
Lateral Area of a Prism
Ph
Surface Area of a Prism
Ph+2B
30 terms
Formulas (Chapter 12)
Euler's Theorem
Surface Area of a Right Prism
Surface Area of a Right Cylinder
Surface Area of a Pyramid
F+v=E+2
S=2B+Ph
S=2B+Ch=2πr²+2πrh
SA=B+½Pl
Euler's Theorem
F+v=E+2
Surface Area of a Right Prism
S=2B+Ph
27 terms
Chapter 12 formulas
A=Bh
A=πr²
C=2πr
A= ½h(b1+b2)
Area of a parallelogram
Area of a Circle
Circumference of a circle
Area of a trapezoid
A=Bh
Area of a parallelogram
A=πr²
Area of a Circle
18 terms
Chapter 12: Formulas
Isometric View
Orthographic Drawing
Cross sections of solids
LA/SA of Prism
viewing a 3D figure from a corner
sketch different views of figure
L=Ph, S=L+2B or S=Ph+2B
Isometric View
viewing a 3D figure from a corner
Orthographic Drawing
sketch different views of figure
14 terms
Chapter 12 Formulas
Lateral Area: Prism
Total Area: Prism
Volume: Prism
Lateral Area: Cylinder
sum of areas of all faces
LA + 2B
Lateral Area: Prism
sum of areas of all faces
Total Area: Prism
LA + 2B
11 terms
Chapter 12 Formulas
Lateral area of a cylinder
Total area of a cylinder
Lateral area of a cone
Total area of a cone
2πrh
2πrh + 2πr²
πrl
πr² + πrl
Lateral area of a cylinder
2πrh
Total area of a cylinder
2πrh + 2πr²
17 terms
Chapter 12 Geometry Formulas
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
16 terms
Chapter 12 formulas math
Area of a triangle
Area of a parallelogram
Area of a trapezoid
Area of a rhombus
Area of a triangle
Area of a parallelogram
17 terms
Math formulas chapter 12
Lateral are of a prism
total area of a prism
Volume of a prism
Lateral area of a pyramid
ph
ph + area of bases
1/2pl
Lateral are of a prism
ph
total area of a prism
ph + area of bases
14 terms
Chapter 12: Shape Formulas
Prism: Lateral Area
Prism: Total Area
Prism: Volume
Pyramid: Lateral Area
perimeter of base * height
lateral area + 2(area of base)
area of base * height
½ perimeter * slant height--height of the lateral face
Prism: Lateral Area
perimeter of base * height
Prism: Total Area
lateral area + 2(area of base)
20 terms
Geometry Chapter 12 Formulas
perimeter of a regular polygon
area of a triangle
area of a rectangle
area of a trapezoid
ns
perimeter of a regular polygon
ns
area of a triangle
21 terms
Chapter 12 Geometry Formulas
cube volume
cube surface area
volume rectangular prism
surface area rectangular prism
s^3
6s^2
lwh
2lh + 2lw + 2wh
cube volume
s^3
cube surface area
6s^2
11 terms
formulas chapter 12
eulers theorem
SA right prism
SA cylinder
Sa Pyramid
f+v=e+2
2b+Ph
2B+Ch
B+1/2P*slant height
eulers theorem
f+v=e+2
SA right prism
2b+Ph
14 terms
Geometry Chapter 12 Formulas
L=Ph
S=Ph+2B
L=2πrh
S=2πrh+2πr²
lateral area of a prism
surface area of a prism
lateral area of a cylinder
surface area of a cylinder
L=Ph
lateral area of a prism
S=Ph+2B
surface area of a prism
12 terms
formulas for chapter 12
S RIGHT PRISM
S RIGHT CYLINDER
S REGULAR PYRAMID
S CONE
2B+PH=S
CB+CH=S
S=1/2×CL
4πR²
S RIGHT PRISM
2B+PH=S
S RIGHT CYLINDER
CB+CH=S
10 terms
Math chapter 12 Formulas
LA of Right Prism
LA of Right Cylinder
LA of Regular Pyramid
LA of Right Circular Cone
L.A. = Ph
L.A. = 2πrh
L.A. = 1/2 Pl
L.A. = πrI
LA of Right Prism
L.A. = Ph
LA of Right Cylinder
L.A. = 2πrh
11 terms
Chapter 12 Geometry Formulas
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
19 terms
Geometry - Chapter 12 Formulas
Lateral Area (L) of PRISM
Surface Area (S) of PRISM
Lateral Area (L) of CYLINDER
Surface Area (S) of CYLINDER
L = Ph
S = L + 2B
L = (2πr)h
S = L + 2(πr[squared])
Lateral Area (L) of PRISM
L = Ph
Surface Area (S) of PRISM
S = L + 2B
18 terms
chapter 12 formulas
prism: lateral area
prism: Surface Area
prism: volume
cylinder: lateral area
L=Ph
S=Ph+2B
V=Bh
L=2πrh
prism: lateral area
L=Ph
prism: Surface Area
S=Ph+2B
30 terms
Geometry Chapter 12 Formulas
Lateral Face of Right Prism
What does big (B) stand for?
How do you find big (B)?
If Lateral Faces are rectangular than.…
faces that are not bases
B = Area of base
Use the regular area formula depending on what polygon
.......Than it is a right prism (oblique prism)
Lateral Face of Right Prism
faces that are not bases
What does big (B) stand for?
B = Area of base
19 terms
Geometry - Chapter 12 - Formulas
Created by:
Volume of Prism
Volume of Cylinder
Volume of Pyramid
*happygolucky100*
V=BH... V=(1/2bh or bh)H
V=BH... V=πr²H
V=1/3BH ... V=1/3s²H
Created by:
*happygolucky100*
Volume of Prism
V=BH... V=(1/2bh or bh)H
20 terms
Chapter 12 Geometry Formulas
Perimeter of a regular polygon
Area of a triangle
Area of a rectangle
Area of a trapezoid
p=ns
A=1/2 bh
A= lw
A= mh
Perimeter of a regular polygon
p=ns
Area of a triangle
A=1/2 bh
30 terms
Geometry Chapter 12 Formulas
Lateral Face of Right Prism
What does big (B) stand for?
How do you find big (B)?
If Lateral Faces are rectangular than.…
faces that are not bases
B = Area of base
Use the regular area formula depending on what polygon
.......Than it is a right prism (oblique prism)
Lateral Face of Right Prism
faces that are not bases
What does big (B) stand for?
B = Area of base
8 terms
Chapter 12 (Formulas)
Area of Rectangle
Area of Square
Area of Parallelogram
Area of Trapezoid
l × w
l × w
b × h
(b1 + b2) × h ÷ 2
Area of Rectangle
l × w
Area of Square
l × w
Chapter 12 formulas: geometry
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
9 terms
Chapter 12 Volume Formulas
cube
triangular prism
cone
hexagonal prism
bh•h
bh•h
(πr^2)h/3
2(1/2Pa)h
cube
bh•h
triangular prism
bh•h
11 terms
GEOMETRY: chapter 12 formulas
Volume of a cube
Surface area of a regular pyramid
Volume of a regular pyramid
Surface area of a right prism
S^3
B + 1/2 PL
1/3 Bh
2B + Ph
Volume of a cube
S^3
Surface area of a regular pyramid
B + 1/2 PL
10 terms
Chapter 12 formulas
Prism L
Prism S
Prism V
Cylinders L
Ph
L+2B
Bh
2(pi)rh
Prism L
Ph
Prism S
L+2B
23 terms
Chapter 12 Formulas
area of rectangle
area of a square
area of parallelogram
area of triangle
b•h
s^2
b•h
1/2•b•h
area of rectangle
b•h
area of a square
s^2
9 terms
Chapter 12 formulas
Prism- LA
Prism- TA
Cylinder-LA
Cylinder-TA
Perimeter of base X height
LA + 2Abase
Circumference * height = 2(pi)rh
LA + 2Abase =2(pi)rh + 2(pi) r^2
Prism- LA
Perimeter of base X height
Prism- TA
LA + 2Abase
21 terms
Chapter 12 formulas
Surface Area of a Cylinder
Euler's Formula
Lateral Area of a Prism
Volume of a Cylinder
S= L +2B or S= 2πrh +2πr²
F+V-E=2
L=Ph
V=Bh or V= πr²h
Surface Area of a Cylinder
S= L +2B or S= 2πrh +2πr²
Euler's Formula
F+V-E=2
14 terms
Chapter 12 formulas
LA Prism
TA Prism
V Prism
V Pyramid
ph
LA+2B
Bh
1/3Bh
LA Prism
ph
TA Prism
LA+2B
16 terms
Chapter 12 Formulas
Prism Lateral Area
Prism Total Area
Prism Volume
Cylinders Lateral Area
LA= P h
TA= Ph + 2B
V= Bh
LA= 2 π r h
Prism Lateral Area
LA= P h
Prism Total Area
TA= Ph + 2B
16 terms
Formulas (Chapter 12)
Prisms... L=
Prisms... S=
Prisms... V=
Pyramids... L=
Ph
L + 2B
Bh
1/2Pl
Prisms... L=
Ph
Prisms... S=
L + 2B
11 terms
Chapter 12 Formulas
Lateral Area for Prism and Cylinder
Surface Area for Prism and Cylinder
Volume for Prism and Cylinder
Lateral Area for Pyramids and Cones
LA = PH
SA = PH + 2B
V = BH
LA = 1/2Pl
Lateral Area for Prism and Cylinder
LA = PH
Surface Area for Prism and Cylinder
SA = PH + 2B
8 terms
Chapter 12 formulas
Surface area of a prism
Surface area of a cylinder
Surface area of a pyramid
Surface area of a cone
Ph+2B
2prh+2pr^2
1/2Pl+B
prl+pr^2
Surface area of a prism
Ph+2B
Surface area of a cylinder
2prh+2pr^2
8 terms
Chapter 12 Formulas
nth term of an arithmetic series
sum of a finite arithmetic series
nth term of a geometric sequence
sum of n terms in a geometric sequence
an=a1+(n-1)d
Sn=n/2[2(a1)+(n-1)d]
an=a1(r)^n-1
Sn=a1-a1r^n/1-r
nth term of an arithmetic series
an=a1+(n-1)d
sum of a finite arithmetic series
Sn=n/2[2(a1)+(n-1)d]
11 terms
chapter 12 formulas
surface area (prism)
volume (prism)
surface area (pyramid)
volume (pyramid)
SA=Ph+2B
V=Bh
SA=1/2 Pl + B
V=1/3Bh
surface area (prism)
SA=Ph+2B
volume (prism)
V=Bh
12 terms
Chapter 12 formulas
Lateral Area prism
Surface Area of prism
Surface Area of Cylinders
Lateral area of cylinders
L= Ph
T= L + 2B or T= Ph + 2B
T= 2(pi)(r)(h) + 2(pi)(r squared)
L= 2(pi)(r)(h)
Lateral Area prism
L= Ph
Surface Area of prism
T= L + 2B or T= Ph + 2B
12 terms
chapter 12- Formulas
SURFACE AREA (S)
prism
cylinder
pyramid
...
(P)(h)+2(B)
2π(r)(h)+2π(r²)
½(P)(l)+B
SURFACE AREA (S)
...
prism
(P)(h)+2(B)
19 terms
Chapter 12 formulas
Euler's formula
Lateral Area of a Prism
Surface Area of a Prism
Volume of a Prism
F+V-E=2
Ph
Ph+2B
Bh
Euler's formula
F+V-E=2
Lateral Area of a Prism
Ph
14 terms
chapter 12 formulas
LA of prism
SA of prism
V of prism
LA of pyramid
ph
LA+2B
Bh
1/2 (p) (l)
LA of prism
ph
SA of prism
LA+2B
12 terms
Chapter 12 Formulas
Lateral Area Cylinder
Total Area Cylinder
Lateral Area Cone
Total Area Cone
2πrh
LA+2A base
πrl
LA+A Base
Lateral Area Cylinder
2πrh
Total Area Cylinder
LA+2A base
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