In the seed only one. After germination many
dicot
Bamboo leaves are classified as monocots. Monocots, or monocotyledons, are characterized by having one seed leaf and typically feature parallel leaf veins, which is consistent with the structure of bamboo leaves. Additionally, bamboo belongs to the Poaceae family, which is a group of flowering plants known as grasses, all of which are monocots.
1. Monocots have one cotyledon in the embryo and dicots have two 2. Vascular bundles in monocots are closed in dicots these are open 3. Leaves have parallel venation in monocots & reticulate in dicots 4. Floral parts are in multiple of three in monocots, and five or their multiple in dicots.
viens to grow bigger Because palms belong to monocotyledons and almost all monocots have leaves with parallel venation.
Fibrous roots are common in monocots, which are plants with one seed leaf, rather than dicots, which have two seed leaves. Monocots typically have fibrous root systems that spread out close to the surface to absorb water and nutrients efficiently.
no
dicot
Because of monocots and dicots.
Bamboo leaves are classified as monocots. Monocots, or monocotyledons, are characterized by having one seed leaf and typically feature parallel leaf veins, which is consistent with the structure of bamboo leaves. Additionally, bamboo belongs to the Poaceae family, which is a group of flowering plants known as grasses, all of which are monocots.
1. Monocots have one cotyledon in the embryo and dicots have two 2. Vascular bundles in monocots are closed in dicots these are open 3. Leaves have parallel venation in monocots & reticulate in dicots 4. Floral parts are in multiple of three in monocots, and five or their multiple in dicots.
viens to grow bigger Because palms belong to monocotyledons and almost all monocots have leaves with parallel venation.
Fibrous roots are common in monocots, which are plants with one seed leaf, rather than dicots, which have two seed leaves. Monocots typically have fibrous root systems that spread out close to the surface to absorb water and nutrients efficiently.
This embryo is a dicot. Di = two.
Grass is a monocot. In general, plants that have parallel stripes in their leaves (i.e., the leaves don't spread out) are monocots.
Plants with leaves in multiples of three are known as monocots, including plants like lilies, tulips, and grasses. This characteristic distinguishes them from dicots, which typically have leaves in multiples of four or five.
Grasses belong to the kingdom plantae, to the phylum anthophyta, and to the class liliopsida. The liliopsida are what we generally call the monocots. Monocots are plants that produce a single leaf (as opposed to two leaves) with parallel veins (as opposed to branching veins). Monocots do not form wood. All of the grains in the world are monocots.
No, green beans are not monocots; they are classified as dicots. They belong to the Fabaceae family and exhibit characteristics typical of dicotyledons, such as having two seed leaves (cotyledons) and net-veined leaves. Monocots, on the other hand, typically have one seed leaf and parallel-veined leaves.