I. Granules entirely angular. 1. Many with prominent nucleus: At most 0.0066 mm, _rice starch_: 2. Without a nucleus: The largest 0.0088 mm, _millet starch_: II. Among the many-angled also rounded forms. _a._ No drum-shaped forms present, angular form predominating. 1. Without nucleus or depression very small; 0.0044 mm, _oat starch_: 2. With nucleus or depression; 0.0132-0.0220 mm. _a._ Nucleus or its depression considerably rounded; here and there the granules united into differently formed groups; _buckwheat starch_: _b._ Nucleus mostly radiate or star-shaped; all the granules free; _maize_ (_corn_) _starch_: _b._ More or less numerous kettledrum and sugar-loaf like forms. 1. Very numerous eccentric layers; the largest granules 0.022-0.0352 mm, _batata_ (sweet potato) _starch_: 2. Without layers or rings; 0.008-0.022 mm. _a._ In the kettledrum-shaped granules the nucleal depression mostly widened on the flattened side; 0.008-0.022 mm, _cassava starch_: _b._ Depression wanting or not enlarged. _aa._ Nucleus small, eccentric; 0.008-0.016 mm, _pachyrhizus starch_: _bb._ Nucleus small, central, or wanting. _aaa._ Many irregular angular forms; 0.008-0.0176 mm, _sechium starch_: _bbb._ But few angular forms; some with radiate, nucleal fissure; 0.008-0.0176 mm, _chestnut starch_. _C._ Granules simple and compound; predominant forms, oval, with eccentric nucleus and numerous layers; the compound granule made up of a large granule and one or more relatively small kettledrum-shaped ones; 0.025-0.066 mm, _sago starch_. =198. Muter’s Table for the Detection of Starches when Magnified about 230 Diameters.= [All measurements are given in decimals of an inch.] _Group I_: All more or less oval in shape and having both hilum and rings visible.