OAR Formulas
Volume of a cone - Answer-V=(1/3)πr²h
Area of a triangle - Answer-A=(1/2)bh
Area of a circle - Answer-A=πr²
Volume of a regular prism - Answer-V=lwh
Volume of a cube - Answer-V=s³
Volume of a sphere - Answer-V=(4/3)πr³
Volume of cynlinder - Answer-V=πr²h
Outlier - Answer-1.5 x IQR above or below upper or lower bound
Z-score - Answer-z = (x - mean) / standard deviation
Area of a trapezoid - Answer-A=1/2h(b1+b2)
Distance formula - Answer-d = √[( x₂ - x₁)² + (y₂ - y₁)²]
, Circumpherence of circle - Answer-C=2πr
Arc length - Answer-arc = angle/360 x 2πr
Scale a polygon by "k" - Answer-(x,y) ---> (kx,ky)
Area of a sphere - Answer-A=4πr²
Velocity - Answer-V = distance(including direction) / time
Acceleration - Answer-A = change in velocity / time
Force - Answer-F = mass x acceleration
Momentum - Answer-M = mass x velocity
Work - Answer-W = force x distance
(newton meters)
Potential energy - Answer-PE = mass x acceleration of gravity x distance(y)
(newton meters)
Kinetic energy - Answer-KE=(1/2)mv²
(newton meters) -- v² = (2 x work output) / mass
Volume of a cone - Answer-V=(1/3)πr²h
Area of a triangle - Answer-A=(1/2)bh
Area of a circle - Answer-A=πr²
Volume of a regular prism - Answer-V=lwh
Volume of a cube - Answer-V=s³
Volume of a sphere - Answer-V=(4/3)πr³
Volume of cynlinder - Answer-V=πr²h
Outlier - Answer-1.5 x IQR above or below upper or lower bound
Z-score - Answer-z = (x - mean) / standard deviation
Area of a trapezoid - Answer-A=1/2h(b1+b2)
Distance formula - Answer-d = √[( x₂ - x₁)² + (y₂ - y₁)²]
, Circumpherence of circle - Answer-C=2πr
Arc length - Answer-arc = angle/360 x 2πr
Scale a polygon by "k" - Answer-(x,y) ---> (kx,ky)
Area of a sphere - Answer-A=4πr²
Velocity - Answer-V = distance(including direction) / time
Acceleration - Answer-A = change in velocity / time
Force - Answer-F = mass x acceleration
Momentum - Answer-M = mass x velocity
Work - Answer-W = force x distance
(newton meters)
Potential energy - Answer-PE = mass x acceleration of gravity x distance(y)
(newton meters)
Kinetic energy - Answer-KE=(1/2)mv²
(newton meters) -- v² = (2 x work output) / mass
