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Seed:  In the sexual reproduction of Spermatophyta (seed plants), the discrete trunk from which a novel constitute develops. Formed from a fertilized ovule, the seed comprises an outer coat (testa) that encloses a nutrient shop as well as an embryo plant. The food may hold out stored inwards the cotlydedons of the embryo itself or unopen to the embryo on the endosperm . Endospermic seeds  vs  Non endospermic seeds Endospermic seeds  (Example: Piper, Arabidopsis thaliana ) 1.  Seed amongst endosperm 2. Food storage of the seed is inwards the endosperm 3. Seed of dicots or monocots only Non endospermic seeds  (Example: Beans) 1.Seed amongst out endosperm 2.Food storage is in  the cotyledon 3. Seed of dicots

Seed:  The fertilized as well as mature ovule containing the embryo is called the seed. The seed coat is derived from the integuments of the the ovule.  Internal anatomy of a dicot (Bean) as well as monocot (Corn) seed.  Monocot Seed vs Dicot Seed Monocot seed (Example: Corn Seed) 1. Only 1 cotyledon introduce inwards the embryo 2. Cotyledons is sparse as well as small-scale as well as lacks nutrient materials 3. Endosperm is to a greater extent than oftentimes than non introduce as well as stores food 4. Radicle is protected yesteryear coleorhiza as well as plumule yesteryear coleoptile. Dicot seed  (Example: Bean Seed) 1. Two lateral cotyledons are introduce inwards the embryo axis  2. Cotyledons are fleshy as well as shop food 3. Endosperm is to a greater extent than oftentimes than non absent as well as lacks food 4.  Coleorhiza as well as coleoptiles are absent