any plant with petals that are multiples of three
Monocots Monocots
C3 plants belong to both monocots and dicots. The C3 pathway refers to the type of photosynthesis certain plants use, and it is not exclusive to a specific group of plants based on their classification as monocots or dicots.
They are neither. Monocots and dicots a vascular plants a liverwort is non vascular
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.
sorghum,bajra,rise,maize
monocots and dicots
Yes. Different plants will have the same types of cells in them, unless the difference is such as between monocotyledonous (monocots) trees or dicotyledonous (dicots) trees. Dicots have two types of mesophyll cells- Palisade and Spongy while Monocots have only one type of mesophyll cell, which looks like a spongy cell but has more chloroplasts. But all dicots will have same cells as each other, and all the monocots will have same cells as each other. best answer: ferns only have one type of cell, its called arrogant-bitch!
Flowering plants are classified as monocots or dicots based on the number of cotyledons in their seeds. Monocots have one cotyledon, while dicots have two cotyledons. This distinction also affects other characteristics of the plants, such as leaf venation and floral parts.
flowers,sunflowers ,trees,roses,grass
Because of monocots and dicots.
Soybeans are dicots.
Lateral roots do not develop in all types of plants. They are predominantly found in dicots and some monocots, where they arise from the pericycle, a layer of cells just inside the root's outer layer. However, certain plants, such as some monocots like grasses, may have a fibrous root system that lacks distinct lateral roots. Overall, the presence and development of lateral roots vary among different plant species and their root structures.