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Which part of the flower will develop into fruit in the future

The ovary part of the flower will be developed into fruit. The ovary wall will develop into a pericarp, and the ovules in the ovary will be developed into fruit seeds. The flower has six parts: stalk, receptacle, calyx, petal, stamen and pistil, in which stamens and pistils are related to plant reproduction, and there are also special fruits, which are not completely developed from the ovary, such as the inflorescence of strawberries, cucumbers, towel gourd and so on.

The ovary of a flower is the part that develops into fruit in the future. The ovary is a part of the pistil, composed of carpels, and the margin coils around to form a cystic structure. There are ovules inside the ovary, which are located inside the carpels and can develop into seeds in the ovary. After fertilization, the ovule develops into a seed and the ovary itself develops into a fruit. The ovary wall eventually forms a pericarp, which wraps the seeds and, in some cases, forms pulp.

The fruit of a plant whose flowers develop from the ovary. It includes two parts: peel and seed. Such as wheat, cotton and so on. The process by which flowers develop into fruits and seeds: fruit is a unique reproductive organ of angiosperms, which is generally formed by the development of the ovary of pistils after fertilization, including pericarp and seeds.

The ovary of the pistil in a flower will develop into fruit. The ovary wall will form a pericarp accordingly, and the ovules inside the ovary will grow into seeds. In some flowers, the receptacle is closely integrated with the ovary, and together they develop into complete fruits, such as apples. The flower stalk eventually evolves into a fruit stalk, a structure that connects the fruit to the plant.

The ovary develops into _ (including _ _ and seeds), the ovary wall develops into _ _, and the ovule develops into.

1. Ovary develops into (fruit); ovary wall develops into (pericarp); ovule develops into (seed); fertilized egg develops into (embryo).

2. After pollination and fertilization, the ovary develops into fruit. The ovary wall finally develops into a pericarp, wrapping seeds, and some species form pulp, such as peaches, apples and so on. Ovules can develop into seeds after fertilization. The part of the ovary that differentiates female germ cells in the pistil of an angiosperm and is a saccular organ with one or more carpels and edges healed in a coiled state.

3. The sunflower seed we eat belongs to the fruit, and the sunflower shell is its peel. This statement is correct. In the process of fruit development, the ovary wall develops into pericarp, the ovule develops into seed, the fertilized egg in the ovule develops into embryo, and the ovary develops into fruit, which includes pericarp and seed. Sunflower seed is such a fruit, which consists of pericarp (sunflower shell) and seed (sunflower kernel). Therefore, the description in the title is accurate.

4. Ovary develops into fruit, ovary wall develops into pericarp, ovule develops into seed, fertilized egg develops into embryo, integument develops into seed coat, fertilized polar nucleus develops into endosperm. The fruit contains seeds. The seed is developed from the ovule, and then wrapped on the peel of the ovary, it becomes a fruit.

5. The ovary wall will develop into fruit. After natural or artificial pollination, the ovary develops into fruit, the outer ovary wall becomes in the form of a pericarp, and the ovules contained inside develop into seeds. It is an organ of angiosperm, which is composed of ovule and ovary wall. In general, it shows a state of expansion, it is not all the same, it is classified according to the factors.

6. the flowers from bottom to top, from outside to inside, are as follows: stalk, drag, calyx (sepals), Corolla (petals), stamens (including stamens and pistils). Stamens include upper anthers and lower filaments; pistils include stigmas, styles, and ovaries. The ovary includes the ovary wall and ovule. The ovule also includes the egg cell and polar nucleus in the integument and integument.

What does the ovule, ovary and ovary wall develop into?

1. The ovary wall will develop into fruit. After natural or artificial pollination, the ovary develops into fruit, the outer ovary wall becomes in the form of a pericarp, and the ovules contained inside develop into seeds. It is an organ of angiosperm, which is composed of ovule and ovary wall. In general, it shows a state of expansion, it is not all the same, it is classified according to the factors.

2. Ovary develops into (fruit), ovary wall develops into (pericarp), ovule develops into (seed), fertilized egg develops into (embryo).

3. Ovary will develop into fruit, ovary wall will develop into pericarp, ovule will develop into seed, integument will develop into seed coat, egg cell will develop into embryo, petals and receptacle will slowly fall. A flower consists of six parts: stalk, receptacle, calyx, petals, stamens and pistil. Stamens and pistils are related to plant reproduction. What style does each part of the flower develop into: the usually finer part of the pistil located between the ovary and the stigma.

4. Ovules develop into seeds, Monocotyledons include seed coat, embryo and endosperm, dicotyledonous plants include seed coat and embryo.

5. The ovary of the flower pistil develops into fruit, the ovary wall develops into pericarp, the ovule in the ovary develops into seed, the integument develops into pericarp, and the fertilized egg develops into embryo. The receptacle of some flowers is connected to the ovary and will develop into fruit together, such as apples. The stalk of some flowers will develop a fruiting stalk, and the calyx of some flowers will develop into a fruit calyx, such as tomato, eggplant and so on.

6. The ovary will develop into fruit, the outer ovary wall becomes the shape of pericarp, and the ovules inside develop into seeds. It is an organ of angiosperm, which is composed of ovule and ovary wall. In general, it shows a state of expansion, it is not all the same, it is classified according to the factors.