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The filament of spirogyra aplanospore is observed. One of the filaments has 150 cells and another contains 225 cells. If all the cells in both the filaments are involved in asexual reproduction, what is the ration of new filaments developed from them?
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The filament of spirogyra aplanospore is observed. One of the filament...
Calculation of New Filaments Ratio from Spirogyra Aplanospore Cells
Spirogyra, a type of green algae, reproduces asexually through the formation of aplanospores. These aplanospores can develop into new filaments, leading to the propagation of the organism. In this scenario, we are given two different filaments of Spirogyra aplanospores, one containing 150 cells and the other containing 225 cells. We need to determine the ratio of new filaments that can be developed from these cells.
Calculation:
To calculate the ratio of new filaments developed from the cells in each filament, we need to understand the process of asexual reproduction in Spirogyra. Each cell in the filament has the potential to develop into a new filament. Therefore, the number of new filaments that can be developed from each filament is equal to the number of cells in that filament.
- Filament 1: 150 cells
- Filament 2: 225 cells
Ratio of New Filaments:
- Filament 1: 150 new filaments
- Filament 2: 225 new filaments
Conclusion:
Therefore, the ratio of new filaments developed from the cells in the two filaments is 150:225, which simplifies to 2:3. This means that for every 2 new filaments developed from Filament 1, there are 3 new filaments developed from Filament 2. This ratio provides insight into the potential growth and propagation of Spirogyra through asexual reproduction.
Spirogyra, a type of green algae, reproduces asexually through the formation of aplanospores. These aplanospores can develop into new filaments, leading to the propagation of the organism. In this scenario, we are given two different filaments of Spirogyra aplanospores, one containing 150 cells and the other containing 225 cells. We need to determine the ratio of new filaments that can be developed from these cells.
Calculation:
To calculate the ratio of new filaments developed from the cells in each filament, we need to understand the process of asexual reproduction in Spirogyra. Each cell in the filament has the potential to develop into a new filament. Therefore, the number of new filaments that can be developed from each filament is equal to the number of cells in that filament.
- Filament 1: 150 cells
- Filament 2: 225 cells
Ratio of New Filaments:
- Filament 1: 150 new filaments
- Filament 2: 225 new filaments
Conclusion:
Therefore, the ratio of new filaments developed from the cells in the two filaments is 150:225, which simplifies to 2:3. This means that for every 2 new filaments developed from Filament 1, there are 3 new filaments developed from Filament 2. This ratio provides insight into the potential growth and propagation of Spirogyra through asexual reproduction.
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The filament of spirogyra aplanospore is observed. One of the filaments has 150 cells and another contains 225 cells. If all the cells in both the filaments are involved in asexual reproduction, what is the ration of new filaments developed from them?
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The filament of spirogyra aplanospore is observed. One of the filaments has 150 cells and another contains 225 cells. If all the cells in both the filaments are involved in asexual reproduction, what is the ration of new filaments developed from them? for UPSC 2024 is part of UPSC preparation. The Question and answers have been prepared according to the UPSC exam syllabus. Information about The filament of spirogyra aplanospore is observed. One of the filaments has 150 cells and another contains 225 cells. If all the cells in both the filaments are involved in asexual reproduction, what is the ration of new filaments developed from them? covers all topics & solutions for UPSC 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for The filament of spirogyra aplanospore is observed. One of the filaments has 150 cells and another contains 225 cells. If all the cells in both the filaments are involved in asexual reproduction, what is the ration of new filaments developed from them?.
The filament of spirogyra aplanospore is observed. One of the filaments has 150 cells and another contains 225 cells. If all the cells in both the filaments are involved in asexual reproduction, what is the ration of new filaments developed from them? for UPSC 2024 is part of UPSC preparation. The Question and answers have been prepared according to the UPSC exam syllabus. Information about The filament of spirogyra aplanospore is observed. One of the filaments has 150 cells and another contains 225 cells. If all the cells in both the filaments are involved in asexual reproduction, what is the ration of new filaments developed from them? covers all topics & solutions for UPSC 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for The filament of spirogyra aplanospore is observed. One of the filaments has 150 cells and another contains 225 cells. If all the cells in both the filaments are involved in asexual reproduction, what is the ration of new filaments developed from them?.
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