Secondary growth does not occur in monocots as their vascular bundles are -

Closed

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Scattered

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Radial

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Enclosed by sclerenchyma

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Solution

The correct option is A
Closed

Secondary growth does not occur in monocots as their vascular bundles are closed and they lack cambium. Cambium is the only meristematic tissue in the stem and the root that can trigger the secondary growth.

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Similar questions

Q. In monocot stems, secondary growth cannot occur, because vascular bundles are

Q. How many of the following statement(s) is/are correct regarding secondary growth?

A. Secondary tissues are formed from lateral meristems.
B. Gymnosperms show secondary growth.
C. Periderm is a secondary tissue that helps in secondary growth.
D. Because of the presence of vascular cambium, secondary growth does not occur in monocots.

Q. Assertion :The vascular cambium is absent in monocots. Reason: The monocots never show secondary growth.

Does the arrangement of vascular bundles differ in dicots and monocots? If yes, then which of the following statement is true when we consider their vascular tissue systems?

Q. Why are vascular bundles closed in monocots?

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Secondary growth does not occur in monocots as their vascular bundles are -

The correct option is A Closed Secondary growth does not occur in monocots as their vascular bundles are closed and they lack cambium. Cambium is the only meristematic tissue in the stem and the root that can trigger the secondary growth.

The correct option is A
Closed

Secondary growth does not occur in monocots as their vascular bundles are closed and they lack cambium. Cambium is the only meristematic tissue in the stem and the root that can trigger the secondary growth.