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An orthotropous ovule is one, in which micropyle and chalaza are
- a)at right angles to funicle
- b)parallel to the funicle
- c)in straight line of funicle
- d)parallel along with ovule
Correct answer is option 'C'. Can you explain this answer?
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An orthotropous ovule is one, in which micropyle and chalaza area)at r...
Orthotropous Ovule
An orthotropous ovule is a type of ovule in which the micropyle and chalaza are in a straight line with the funicle. Here, the ovule axis is straight, and the ovule is attached to the placenta through the funicle.
Features of Orthotropous Ovule
Micropyle and chalaza are in a straight line with the funicle.
The ovule axis is straight.
The ovule is attached to the placenta through the funicle.
The orientation of the ovule is fixed, and it cannot move.
The ovules of most flowering plants are orthotropous.
Advantages of Orthotropous Ovule
The orthotropous ovule is the simplest type of ovule.
It requires less energy to produce and develop.
It has a fixed orientation, which ensures that the embryo sac is correctly positioned for fertilization.
It is more resistant to damage and deformation.
Conclusion
In conclusion, the orthotropous ovule is a type of ovule in which the micropyle and chalaza are in a straight line with the funicle. It is the simplest type of ovule and has several advantages, including requiring less energy to produce and develop and being more resistant to damage and deformation.
An orthotropous ovule is a type of ovule in which the micropyle and chalaza are in a straight line with the funicle. Here, the ovule axis is straight, and the ovule is attached to the placenta through the funicle.
Features of Orthotropous Ovule
Micropyle and chalaza are in a straight line with the funicle.
The ovule axis is straight.
The ovule is attached to the placenta through the funicle.
The orientation of the ovule is fixed, and it cannot move.
The ovules of most flowering plants are orthotropous.
Advantages of Orthotropous Ovule
The orthotropous ovule is the simplest type of ovule.
It requires less energy to produce and develop.
It has a fixed orientation, which ensures that the embryo sac is correctly positioned for fertilization.
It is more resistant to damage and deformation.
Conclusion
In conclusion, the orthotropous ovule is a type of ovule in which the micropyle and chalaza are in a straight line with the funicle. It is the simplest type of ovule and has several advantages, including requiring less energy to produce and develop and being more resistant to damage and deformation.
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Community Answer
An orthotropous ovule is one, in which micropyle and chalaza area)at r...
In orthotropus ovule the body of ovule lies straight and upright over the funicle. Hilum, chalaza and micropyle occur on the same line with Hilum and chalaza .
• This type of ovules are found in members of Polygonaceae e.g., Polygonum, Rumex, etc. and Piperaceae e.g., Piper nigrum, Piper betel.
• This type of ovules are found in members of Polygonaceae e.g., Polygonum, Rumex, etc. and Piperaceae e.g., Piper nigrum, Piper betel.
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An orthotropous ovule is one, in which micropyle and chalaza area)at right angles to funicleb)parallel to the funiclec)in straight line of funicled)parallel along with ovuleCorrect answer is option 'C'. Can you explain this answer?
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An orthotropous ovule is one, in which micropyle and chalaza area)at right angles to funicleb)parallel to the funiclec)in straight line of funicled)parallel along with ovuleCorrect answer is option 'C'. Can you explain this answer? for NEET 2024 is part of NEET preparation. The Question and answers have been prepared according to the NEET exam syllabus. Information about An orthotropous ovule is one, in which micropyle and chalaza area)at right angles to funicleb)parallel to the funiclec)in straight line of funicled)parallel along with ovuleCorrect answer is option 'C'. Can you explain this answer? covers all topics & solutions for NEET 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for An orthotropous ovule is one, in which micropyle and chalaza area)at right angles to funicleb)parallel to the funiclec)in straight line of funicled)parallel along with ovuleCorrect answer is option 'C'. Can you explain this answer?.
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