So sorry but you have that backwards. Bamboo which is a monocot is the fastest growing plant that there is. The reason for this is: monocots do not make as big an investment in their structural support, that is they do not grow as much wood as dicots.
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.
The concept that monocots are more primitive than dicots was proposed by botanist John Ray in the 17th century. Ray believed that plants with a single cotyledon, like monocots, represented an earlier stage in plant evolution compared to plants with two cotyledons, like dicots.
cactus' are dicots because it has more than 4 or 5 pedals. monocots have 3 leaves or less.
Siliques are characteristic fruit structures primarily found in the Brassicaceae family, which includes plants like mustard and canola. They are not specifically associated with monocots or dicots as a whole but are a feature of certain dicots. In contrast, monocots typically produce different types of fruit, such as grains or drupes. Thus, silique development is a trait seen in some dicotyledonous plants rather than in monocots.
cactus' are dicots because it has more than 4 or 5 pedals. monocots have 3 leaves or less.
No, both monocots and dicots have their own unique characteristics and adaptations that make them well-suited for different environments. The classification of "superior" is subjective and depends on the specific context. Each group serves important roles in ecosystems and agriculture.
Ferns are neither monocots nor dicots. They are classified as a separate group of plants called Pteridophytes. They reproduce via spores rather than seeds, which is a characteristic that distinguishes them from monocots and dicots.
Marigolds are dicots, which means they belong to the group of flowering plants that have two seed leaves, or cotyledons. They typically feature broad leaves, net-like vein patterns, and flower structures that are often more complex than those of monocots. This classification places them in the family Asteraceae, which includes a variety of other flowering plants.
Monocots generally do not produce periderm. Instead, they primarily rely on the epidermis for protection, as they do not undergo secondary growth like many dicots. In monocots, the vascular tissues are usually scattered rather than arranged in a ring, which limits the formation of periderm. Some monocots may develop protective layers, but these are not classified as true periderms.
Blue ray
Do strawberrys grow faster than tomatoes
A monocot usually has vascular bundles scattered throughout the stem in a complex arrangement, rather than in a circle like in a dicot. This scattered arrangement provides flexibility and support to the stem structure of monocots.