What would be some useful formulas for the following algebra based Physics topics:
- Kinematics on 1 Dimension
- Kinematics in 2 Dimensions, Vectors
- Newtons laws of Motion
- Circular motion, Gravitation
- Work and Energy
- Linear momentum
- Rotational motion
- Static Equilibrium, elasticity and fracture
- Fluids
- Vibrations and waves
- Kinematics on 1 Dimension
- Kinematics in 2 Dimensions, Vectors
- Newtons laws of Motion
- Circular motion, Gravitation
- Work and Energy
- Linear momentum
- Rotational motion
- Static Equilibrium, elasticity and fracture
- Fluids
- Vibrations and waves
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v = d / t
a = ∆v / ∆t
F = m . a
F . t = ∆ m . v
F .d = ∆ 1/2 . m . v^2
a = v^2 / R
F = G Mi . Mii / R^2
m . g . ∆h = ∆ 1/2 m . v^2
p = m . v
∑ ∆p = 0
θ = ω(i) . t + 1/2 . α . t^2
F = – k . x
EPE = 1/2 . k . x^2
P = F / A
v = f . λ
v = √ T / (m/L)
a = ∆v / ∆t
F = m . a
F . t = ∆ m . v
F .d = ∆ 1/2 . m . v^2
a = v^2 / R
F = G Mi . Mii / R^2
m . g . ∆h = ∆ 1/2 m . v^2
p = m . v
∑ ∆p = 0
θ = ω(i) . t + 1/2 . α . t^2
F = – k . x
EPE = 1/2 . k . x^2
P = F / A
v = f . λ
v = √ T / (m/L)