Monocots may have better adaptability because these evolved after dicots
Yes, all true grasses are monocotyledonous
No, a gardenia isn't a monocot. It's a member of the class that's called Eudicotyledon. The eudicots are known as true dicots.
Beets are dicots. They are members of the Clade eudicots, so they are true dicots.
Yes, guava leaf comes from the guava tree, which is a dicot plant. Dicots are characterized by having two seed leaves (cotyledons) and typically show branching veins in their leaves, among other characteristics.
Dicot plants have secondary growth hence their stems are woody, in mocots true secondary growth is absent. The leaves of dicot plants have reticulate venation and monocots have parallel venation. The seeds in Dicots have two cotyledones in its embryo in monocots only one cotyledon in the form of scutellum is prominant.
An orange tree is a dicot, as it belongs to the category of flowering plants that have two seed leaves when germinating.
Yes, all true grasses are monocotyledonous
No, a gardenia isn't a monocot. It's a member of the class that's called Eudicotyledon. The eudicots are known as true dicots.
Beets are dicots. They are members of the Clade eudicots, so they are true dicots.
Yes, guava leaf comes from the guava tree, which is a dicot plant. Dicots are characterized by having two seed leaves (cotyledons) and typically show branching veins in their leaves, among other characteristics.
Monocots: Tulips True Lilies Grass Orchids Onions Dicots: Broadleaf trees Shrubs Most fruits & vegetables
Dicot plants have secondary growth hence their stems are woody, in mocots true secondary growth is absent. The leaves of dicot plants have reticulate venation and monocots have parallel venation. The seeds in Dicots have two cotyledones in its embryo in monocots only one cotyledon in the form of scutellum is prominant.
No, moss is not a dicot. Mosses belong to a group of non-vascular plants called bryophytes, which do not have true roots, stems, or leaves like dicots do. Dicots are a type of flowering plant that have two seed leaves (cotyledons) in their embryos.
Yes it is dicot. Please see http://www.jstage.jst.go.jp/article/ggs/81/5/311/_pdf for reference.
anyone who has grown them will know they are dicot, dicotyledonous, having two separate lobes to the cotyledon or seed-leaf, the store of food that a sprout uses to build its first true leaves. hence the split pea (it spilts into two) the daisy is a diocot. any more questitons mention me.
Yes, a Japanese maple is a dicot. Dicots are plants that have two cotyledons (seed leaves) in their seeds, which is a characteristic feature of Japanese maples.
anyone who has grown them will know they are dicot, dicotyledonous, having two separate lobes to the cotyledon or seed-leaf, the store of food that a sprout uses to build its first true leaves. hence the split pea (it spilts into two) the daisy is a diocot. any more questitons mention me.