Cotyledons help the plants to germinate by shooting out leaf or leaves in order to collect sun light which the plant uses to grow.
Methi seeds exhibit epigeal germination, where the cotyledons emerge above the ground during germination. This type of germination allows for the efficient exposure of the cotyledons to sunlight for photosynthesis.
Hypogeal germination is a type of seed germination where the cotyledons remain below the ground after germination. The stem elongates to bring the cotyledons and leaves above the soil surface. This type of germination is common in dicot plants.
Epigeal germination is a type of seed germination where the cotyledons emerge above the soil surface after germination. In this process, the stem grows upward sharply, carrying the cotyledons above the ground, while the roots grow downward. It is commonly seen in dicot plants.
Epigeal germination is when the seedling emerges above the soil surface, while apogeal germination is when the seedling remains below the soil surface. In epigeal germination, the cotyledons become photosynthetic and green, while in apogeal germination, the cotyledons remain underground and non-photosynthetic.
Alfalfa (Medicago sativa) has two cotyledons, classifying it as a dicotyledonous plant. The cotyledons are the first leaves that emerge from the seed during germination and serve as a source of nutrients for the developing seedling until it can produce true leaves.
Epigeal germination is when the cotyledons emerge above the soil surface during seed germination. Hypogeal germination is when the cotyledons remain below the soil surface during seed germination.
Methi seeds exhibit epigeal germination, where the cotyledons emerge above the ground during germination. This type of germination allows for the efficient exposure of the cotyledons to sunlight for photosynthesis.
Epigeal germination is the process in which the seed leaves or the cotyledons are brought on to the surface along with the shoot during germination. Hypogeal germination is the process in which the seed leaves or the cotyledons remain below the soil surface during germination.
Epigeal germination occurs when the cotyledons emerge above the ground during germination, such as in beans and sunflowers. Hypogeal germination is when the cotyledons remain below the ground, like in peas and peanuts.
Hypogeal germination is a type of seed germination where the cotyledons remain below the ground after germination. The stem elongates to bring the cotyledons and leaves above the soil surface. This type of germination is common in dicot plants.
When iodine is dropped on cotyledons, it will turn blue or purple in the presence of starch. This color change indicates the presence of starch in the cotyledons. Starch is produced during photosynthesis by plants and stored in cotyledons as a source of energy for germination.
no it is epigeal type of germination because the cotyledons are under the soil
Epigeal germination is a type of seed germination where the cotyledons emerge above the soil surface after germination. In this process, the stem grows upward sharply, carrying the cotyledons above the ground, while the roots grow downward. It is commonly seen in dicot plants.
Epigeal germination is when the seedling emerges above the soil surface, while apogeal germination is when the seedling remains below the soil surface. In epigeal germination, the cotyledons become photosynthetic and green, while in apogeal germination, the cotyledons remain underground and non-photosynthetic.
Alfalfa (Medicago sativa) has two cotyledons, classifying it as a dicotyledonous plant. The cotyledons are the first leaves that emerge from the seed during germination and serve as a source of nutrients for the developing seedling until it can produce true leaves.
The embryo in a seed gets its food from the endosperm or cotyledons within the seed. During germination, enzymes break down the stored food reserves in the seed to provide energy for the embryo to grow and develop into a seedling.
The hypocotyl is the lower part of the embryonic stem of a plant. Its primary functions include supporting the cotyledons (seed leaves) and transporting food and water between the roots and the cotyledons. Additionally, the hypocotyl aids in the emergence of the plant from the soil during germination.