Equations of rotational dynamics (AQA A-Level Physics): Flashcards
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Practise the cards
10 cards from this deck
Newton's second law for rotational motion equation
Newton's second law for rotational motion equation
First rotational equation of motion
First rotational equation of motion
Fourth rotational equation (without time)
Fourth rotational equation (without time)
Unit of torque ()
Unit of torque ()
Newton metres (N m)
Unit of angular acceleration ()
Unit of angular acceleration ()
Radians per second squared (rad s)
Linear variable equivalent to
Linear variable equivalent to
Displacement,
Linear variable equivalent to
Linear variable equivalent to
Acceleration,
Conversion: 1 revolution equals how many radians?
Conversion: 1 revolution equals how many radians?
radians
Condition required to use rotational equations of motion
Condition required to use rotational equations of motion
Constant (uniform) angular acceleration
What does moment of inertia represent?
What does moment of inertia represent?
Resistance to rotational acceleration
