Plants!

4. The female part of the flower, consisting of the stigma, style, ovary and ovule.
8. The joining of plant sperm and egg to make a seed, after pollination has taken place.
11. This plant structure is the site of reproduction.
12. The male part of the flower, consisting of the anther and filament.
13. The petals on a flower are collectively referred to as the ______.
15. A mode of reproduction that results in new organisms by the combination of genetic information of two individuals of different sexes.
16. This plant structure is responsible for photosynthesis.
18. This plant structure functions to anchor and support as well as absorb minerals and water from the soil.
19. The nutrients that the baby plant will live off of until it is mature enough to photosynthesize.

1. A form of asexual propagation in which reproduction occurs through the vegetative parts of a plant such as stems, leaves, buds, and roots
2. This part of the flower develops into a fruit.
3. The sepals on a petal are collectively referred to as the ______.
5. Offspring produced from asexual reproduction are _____ to their parent plant.
6. This part of the flower develops into a seed.
7. The transferal of pollen from anther to stigma.
9. A mode of reproduction results in new offspring that is produced by a single parent. The new individuals produced are genetically and physically identical to each other.
10. In the ovule, an egg cell and sperm cell fuse to form the _____ (baby plant).
14. A large primary root that gives rise to smaller lateral roots.
15. reproductive cells, similar to seeds, that are capable of developing into a new individual without fusion with another reproductive cell.
17. This plant structure functions to support leaves, flowers, and fruits and transport water and minerals.