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In reticulate venation,
(a)midrip is not present
(b)veins run parallel to each other
(c) veins from a network
(d) none of these?
(a)midrip is not present
(b)veins run parallel to each other
(c) veins from a network
(d) none of these?
Most Upvoted Answer
In reticulate venation,(a)midrip is not present (b)veins run parallel...
Understanding Reticulate Venation
Reticulate venation refers to the pattern of veins in the leaves of certain plants. This type of venation creates a network-like structure, which is different from other types like parallel venation.
Characteristics of Reticulate Venation
- Veins Form a Network: In reticulate venation, veins branch out and create a complex network throughout the leaf. This network helps in efficient transport of nutrients and water.
- Presence of Midrib: Contrary to option (a), a midrib is usually present in leaves with reticulate venation. The midrib is the central vein that runs down the length of the leaf, providing structural support.
- Not Parallel: Unlike parallel venation where veins run side by side without intersecting, reticulate venation features veins that cross each other, forming a web-like structure.
Conclusion
Given the characteristics discussed, the correct answer to the question is (c) veins form a network. Reticulate venation is commonly found in dicotyledonous plants, which possess intricate leaf designs that enhance their functionality.
Understanding these features is essential for recognizing different plant types and their adaptations!
Reticulate venation refers to the pattern of veins in the leaves of certain plants. This type of venation creates a network-like structure, which is different from other types like parallel venation.
Characteristics of Reticulate Venation
- Veins Form a Network: In reticulate venation, veins branch out and create a complex network throughout the leaf. This network helps in efficient transport of nutrients and water.
- Presence of Midrib: Contrary to option (a), a midrib is usually present in leaves with reticulate venation. The midrib is the central vein that runs down the length of the leaf, providing structural support.
- Not Parallel: Unlike parallel venation where veins run side by side without intersecting, reticulate venation features veins that cross each other, forming a web-like structure.
Conclusion
Given the characteristics discussed, the correct answer to the question is (c) veins form a network. Reticulate venation is commonly found in dicotyledonous plants, which possess intricate leaf designs that enhance their functionality.
Understanding these features is essential for recognizing different plant types and their adaptations!
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In reticulate venation,(a)midrip is not present (b)veins run parallel to each other (c) veins from a network (d) none of these?
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In reticulate venation,(a)midrip is not present (b)veins run parallel to each other (c) veins from a network (d) none of these? for Class 6 2024 is part of Class 6 preparation. The Question and answers have been prepared according to the Class 6 exam syllabus. Information about In reticulate venation,(a)midrip is not present (b)veins run parallel to each other (c) veins from a network (d) none of these? covers all topics & solutions for Class 6 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In reticulate venation,(a)midrip is not present (b)veins run parallel to each other (c) veins from a network (d) none of these?.
In reticulate venation,(a)midrip is not present (b)veins run parallel to each other (c) veins from a network (d) none of these? for Class 6 2024 is part of Class 6 preparation. The Question and answers have been prepared according to the Class 6 exam syllabus. Information about In reticulate venation,(a)midrip is not present (b)veins run parallel to each other (c) veins from a network (d) none of these? covers all topics & solutions for Class 6 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In reticulate venation,(a)midrip is not present (b)veins run parallel to each other (c) veins from a network (d) none of these?.
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