One form of this quantity equals the square root of mass times g times length divided by moment of inertia for a physical pendulum. For a spring, that same value is the square root of the spring constant over mass. That quantity is symbolized omega and is known as the "angular" type of this value. For an electromagnetic wave, this quantity is equal to cover lambda, making this value inversely prop
One form of this quantity equals the square root of mass times g times length divided by moment of inertia for a physical pendulum. For a spring, that same value is the square root of the spring constant over mass. That quantity is symbolized omega and is known as the "angular" type of this value. For an electromagnetic wave, this quantity is equal to cover lambda, making this value inversely proportional to wavelength. This quantity has units of inverse seconds because it is the reciprocal of the period. For 10 points, name this quantity representing the number of cycles per unit time, often measured in hertz.
One form of this quantity equals the square root of mass times g times length divided by moment of inertia for a physical pendulum.
{frequency} [or angular {frequency}; prompt on “f”]