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1. Draw a general diagram of the life cycle of a seed plant. Indicate which steps are haploid and which are diploid.
2. Define microsporogenesis and megasporogenesis. In what portion(s) of the flower does each of these processes occur? What is the end product of each process?
Microsporogenesis produces our microspores. It occurs in the sporangia of the anther in flowers. Four haploid microspores are produced when the mother cell undergoes meiosis. Each microspore develops into a pollen grain. Megasporogenesis occurs in the sporangium of the ovule of a flower. After meiosis, the embryo sac is produced (egg, nucei, antipodal cells, synergids).
3. Draw and label all parts of a complete flower. Indicate the functions of the major parts.
4. What is pollination? How does it differ from fertilization?
Pollination is the transfer of pollen grains from the anther to the stigma of the plant through wind, animals, insects, etc. It differs from fertilization in that fertilization is caused by pollination. Pollination also only occurs in plants whereas fertilization can occur to reproduction in all plants and animals.
5. Draw and label a mature ovule. Include the micro-pyle, integuments, nucellus, synergids, polar nuclei, egg, and anti-podals. Indicate the functions of each of these structures.
6. What stages of the life cycle are eliminated or bypassed when plants are cloned naturally? When plants are cloned on the farm or in the laboratory?
The gametophyte generation is bypassed when plants are cloned naturally. When plants are cloned on the farm or in the laboratory, cutting small pieces of plants can be grown into a complete plant.
7. What does the science of plant...