is given by sin S=h/3R, (41) or, for a small angle, expressed in minutes, taking the radian as 3438', (42) S = 1146h/R.

cosine of the radian angle r1.

FSINCOS ANS r1 - r2 r3 r2 is the sine of the radian angle r1. r3 is the cosine of the radian angle r1. r3 is the cosine of the radian angle r1.

radian measure Most people usually learn to measure an angle in degrees.

radian argument.

FSINCOS ANS r1 - r2 r3 r2 is the sine of the radian angle r1. r3 is the cosine of the radian angle r1.

radian units.

radian of oscillation " .

The leftmost column is column 0. TAN A function returning the tangent of its radian argument.

is given by sin S=h/3R, (41) or, for a small angle, expressed in minutes, taking the radian as 3438', (42) S = 1146h/R.

Radian measure Most people usually learn to measure an angle in degrees.

SIN A function giving the sine of its radian argument.

Keywords DEGREES By default, all angular inputs and keywords are assumed to be in radian units.

A definition of Q is " Energy stored in the cavity divided by energy dissipated per radian of oscillation ".

The leftmost column is column 0. TAN A function returning the tangent of its radian argument.