how do flowering plant that do mot have all four parts can make seeds?
welp.... i gues wont get answers
welp.... i guess wont get answers
T_T I need an answer for this ASAP
How flowering plants that do not have all four parts can make seeds
Flowering plants typically have four main parts: roots, stems, leaves, and flowers. However, there are some flowering plants known as incomplete flowers that may lack one or more of these parts. Despite missing certain parts, these plants are still capable of producing seeds.
To understand how incomplete flowers produce seeds, it's important to know the basic structure and function of a flower. Flowers are the reproductive structures of flowering plants, and they contain both male and female reproductive organs. The male part is called the stamen, which consists of the filament and anther that produce pollen. The female part is called the pistil, which includes the stigma, style, and ovary that house the ovules.
In plants with incomplete flowers, there may be missing or undeveloped parts. For example, a flower may lack petals, sepals, or both. Despite this, as long as the essential reproductive parts (stamens and pistils) are present and functional, the plant is still capable of producing seeds.
Incomplete flowers can fertilize themselves or rely on cross-pollination from other flowers. If the pistil of an incomplete flower is intact and the stamen produces viable pollen, the pollen can be transferred to the pistil either by wind, insects, or other means. The pollen then travels down the style and fertilizes the ovules stored within the ovary, leading to seed formation.
It's worth noting that incomplete flowers may have various methods of reproduction, depending on the specific plant species. Some may also have adaptations that help compensate for the missing parts, ensuring successful seed production.
In conclusion, while incomplete flowers may lack some of the four main parts typically found in flowers, as long as the reproductive organs (stamens and pistils) are present and functional, these plants are still capable of producing seeds through self-fertilization or cross-pollination.