the cotyledons provide food to it
The two types of cotyledon are monocotyledons (monocots) and dicotyledons (dicots). Monocots have one cotyledon in their seeds, while dicots have two cotyledons. These structures provide nutrients to the emerging seedling before it can photosynthesize on its own.
it has one cotyledon
Examples of seeds with one cotyledon include corn, wheat, and rice. These seeds are classified as monocotyledonous plants.
Yes, seeds can contain starch as a storage form of energy. Starch provides a source of carbohydrates that can be broken down to provide energy for the germination and growth of the seedling.
A plant with 3 cotyledon leaves typically has 3 cotyledon leaves during its early growth stage.
They act as a food source for the embryo
One function of the cotyledon during plant development is to provide nutrients to the developing seedling. The cotyledon stores and mobilizes energy reserves, facilitating the seedling's initial growth and establishment until it can independently photosynthesize.
Cumin seeds are dicotyledonous, meaning the plants that produce them belong to the dicot group. Dicots have seeds with two cotyledons, or seed leaves, whereas monocots have seeds with only one cotyledon.
One cotyledon seed: corn, wheat. Two cotyledon seed: beans, peas.
Botanists call wheat a monocotyledon because its seeds have one leaf
Monocot seeds are seeds produced by monocotyledonous plants, which are plants with a single seed leaf or cotyledon. Examples of monocot seeds include corn, rice, and wheat. These seeds typically have only one embryonic leaf inside the seed coat.
a monocot plant can have many seeds but each seed is with only one cotyledon.