This unit must be used for one of the quantities so that the small oscillation restoring force of a pendulum can be approximated as mass times little g times theta. This unit also must be used for the common Taylor series approxima- tion x minus x cubed over six plus x to the fifth over one hundred twenty, etcetera. One way to define this unit is arc length divided by radius, which is why numbers measured in these units can be multiplied by numbe
This unit must be used for one of the quantities so that the small oscillation restoring force of a pendulum can be approximated as mass times little g times theta. This unit also must be used for the common Taylor series approxima- tion x minus x cubed over six plus x to the fifth over one hundred twenty, etcetera. One way to define this unit is arc length divided by radius, which is why numbers measured in these units can be multiplied by numbers in other units without changing those other units. This unit can be thought of as the number of radii that would fit along the arc in- scribed in an angle, and it equals approximately 57.3 degrees. Give this unit that can be converted to by multiplying pi over one hundred eighty times the number of degrees.
This unit must be used for one of the quantities so that the small oscillation restoring force of a pendulum can be approximated as mass times little g times theta.
radians