Inspired by the spin geometry theorem, two operators are defined which meas
ure angles in the quantum theory of geometry. One operator assigns a discre
te angle to every pair of surfaces passing through a single vertex of a spi
n network. This operator, which is effectively the cosine of an angle, is d
efined via a scalar product density operator and the area operator. The sec
ond operator assigns an angle to two 'bundles' of edges incident to a singl
e vertex. While somewhat more complicated than the earlier geometric operat
ors, there are a number of properties that are investigated including the f
ull spectrum of several operators and, using results of the spin geometry t
heorem, conditions to ensure that semiclassical geometry states replicate c
lassical angles.