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If the anthers are fused to form a tubular structure whereas the filaments remain free,the condition is termed as
- a)Epipetalous-Syngenesious
- b)Epipetalous-Synandrous
- c)Polyandrous
- d)None of them
Correct answer is 'D'. Can you explain this answer?
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If the anthers are fused to form a tubular structure whereas the filam...
The correct answer for the condition where the anthers are fused to form a tubular structure while the filaments remain free is option D, "None of them." Let's understand why this is the correct answer and why the other options are incorrect.
a) Epipetalous-Syngenesious: This term refers to the condition where the anthers are attached to the petals and are fused together. However, in the given condition, the filaments remain free, which means they are not attached to the petals. Therefore, this option is incorrect.
b) Epipetalous-Synandrous: This term refers to the condition where the anthers and filaments are attached to the petals. However, in the given condition, the filaments remain free, indicating that they are not attached to the petals. Hence, this option is also incorrect.
c) Polyandrous: This term refers to the condition where a flower has multiple free or separate stamens. In the given condition, the anthers are fused to form a tubular structure, which means they are not separate. Therefore, this option is incorrect.
Explanation:
The condition described in the question where the anthers are fused to form a tubular structure is known as "syngenesious," which means the anthers are united. However, none of the given options accurately describe this condition because they all include the attachment of filaments to the petals or anthers.
In the given condition, the filaments remain free, meaning they are not attached to the petals or anthers. Therefore, the correct answer is option D, "None of them."
It is important to carefully read the question and analyze the given conditions before selecting the correct answer. Understanding the terminology used in plant anatomy and morphology is crucial to accurately answering such questions.
a) Epipetalous-Syngenesious: This term refers to the condition where the anthers are attached to the petals and are fused together. However, in the given condition, the filaments remain free, which means they are not attached to the petals. Therefore, this option is incorrect.
b) Epipetalous-Synandrous: This term refers to the condition where the anthers and filaments are attached to the petals. However, in the given condition, the filaments remain free, indicating that they are not attached to the petals. Hence, this option is also incorrect.
c) Polyandrous: This term refers to the condition where a flower has multiple free or separate stamens. In the given condition, the anthers are fused to form a tubular structure, which means they are not separate. Therefore, this option is incorrect.
Explanation:
The condition described in the question where the anthers are fused to form a tubular structure is known as "syngenesious," which means the anthers are united. However, none of the given options accurately describe this condition because they all include the attachment of filaments to the petals or anthers.
In the given condition, the filaments remain free, meaning they are not attached to the petals or anthers. Therefore, the correct answer is option D, "None of them."
It is important to carefully read the question and analyze the given conditions before selecting the correct answer. Understanding the terminology used in plant anatomy and morphology is crucial to accurately answering such questions.
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If the anthers are fused to form a tubular structure whereas the filam...
Epipetalous means stamens attached to petals, synandrous means both filaments and anthers are united amd syngenesious means only anthers are united but filaments are free. it has to be option c coz syngenesious can be epipetalous also.
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If the anthers are fused to form a tubular structure whereas the filaments remain free,the condition is termed asa)Epipetalous-Syngenesiousb)Epipetalous-Synandrousc)Polyandrousd)None of themCorrect answer is 'D'. Can you explain this answer?
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