Which statement best explains the process of seed production in a flower?
A. The petals attract insects, which carry pollen to the pistil, where seeds are formed after fertilization.
B. The sepals support the flower and helps it make food through photosynthesis, which creates the seeds.
C. The stamen produces pollen, which is carried by the wind to other plants for reproduction.
D. The pistil collects water from the roots, which helps the flower produce seeds without pollination.
Answer (2)
The seed production process in flowers largely involves the interaction of petals, stamen, and pistil, where petals attract insects that transfer pollen to the pistil, resulting in fertilization and seed formation. Other statements either misrepresent the reproductive process or incorrectly assign roles to flower parts. Understanding this allows for a clearer insight into plant reproduction. ;
The correct explanation for seed production in a flower is that petals attract insects, which carry pollen to the pistil, leading to seed formation after fertilization. Other options misrepresent the roles of flower parts or the process itself. This interaction is essential for the reproduction of flowering plants.
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