Week 6 Equations`
Angular acceleration (α) equation -✅✅-Torque (T) / Moment of inertia (I)
angular acceleration (α) equation #2 - ✅✅-∆ angular velocity (ω) / ∆ time
Angular impulse equation - ✅✅-∑T x ∆t
Angular Impulse-Momentum equation - ✅✅-∑T x ∆t = ∆ angular momentum (H)
Angular Impulse-Momentum in depth equation - ✅✅-∑T∆t = (Iω) final - (Iω) initial
Angular momentum (H) units - ✅✅-(kg x m²)/second
Angular momentum equation - ✅✅-Moment of inertia (I) x angular velocity (ω)
Angular momentum in depth equation - ✅✅-(Mass x k²) x ω
Moment of inertia (I) equation - ✅✅-mass x k² (radius of gyration)
moment of inertia units (I) - ✅✅-kg x m²
sum of torques equation - ✅✅-Moment of inertia (I) x ∆ angular velocity (ω) / ∆
time
Torque equation (Newtons second law equation) - ✅✅-I (moment of inertia) x α
(angular acceleration)
Angular acceleration (α) equation -✅✅-Torque (T) / Moment of inertia (I)
angular acceleration (α) equation #2 - ✅✅-∆ angular velocity (ω) / ∆ time
Angular impulse equation - ✅✅-∑T x ∆t
Angular Impulse-Momentum equation - ✅✅-∑T x ∆t = ∆ angular momentum (H)
Angular Impulse-Momentum in depth equation - ✅✅-∑T∆t = (Iω) final - (Iω) initial
Angular momentum (H) units - ✅✅-(kg x m²)/second
Angular momentum equation - ✅✅-Moment of inertia (I) x angular velocity (ω)
Angular momentum in depth equation - ✅✅-(Mass x k²) x ω
Moment of inertia (I) equation - ✅✅-mass x k² (radius of gyration)
moment of inertia units (I) - ✅✅-kg x m²
sum of torques equation - ✅✅-Moment of inertia (I) x ∆ angular velocity (ω) / ∆
time
Torque equation (Newtons second law equation) - ✅✅-I (moment of inertia) x α
(angular acceleration)
