Suppose in a flower of pea each microsporangium possess 20 Pollen moth...
Calculation of Total Pollen Produced in a Pea Flower
Given Information:
- Each microsporangium possesses 20 pollen mother cells.
- We need to calculate the total number of pollen produced in a pea flower.
Solution:
Step 1: Calculation of Microsporangia in a Pea Flower
- A flower of pea contains numerous anthers.
- Each anther consists of four microsporangia.
- Therefore, a pea flower contains 4 x number of anthers microsporangia.
Step 2: Calculation of Pollen Mother Cells in a Pea Flower
- Each microsporangium contains 20 pollen mother cells.
- Thus, the total number of pollen mother cells in a pea flower can be calculated by multiplying the number of microsporangia by 20.
- Therefore, the total number of pollen mother cells in a pea flower is (4 x number of anthers) x 20.
Step 3: Calculation of Pollen Produced in a Pea Flower
- Each pollen mother cell undergoes meiosis to produce four haploid pollen grains.
- Therefore, the total number of pollen produced in a pea flower can be calculated by multiplying the total number of pollen mother cells by 4.
- Hence, the total number of pollen produced in a pea flower is [(4 x number of anthers) x 20] x 4.
Conclusion:
- The total number of pollen produced in a pea flower can be calculated by multiplying the total number of pollen mother cells by 4.
- Therefore, the total number of pollen produced in a pea flower is [(4 x number of anthers) x 20] x 4.
- This simple calculation helps in determining the potential yield of a pea crop, which can be useful for farmers and researchers.