Depends on your plant and its size.
In dicots, the xylem in the interior of the stem becomes "heartwood" as the plant gets bigger, and in this state helps hold up the tree. Reversing xylem and phloem in this situation would give you a plant without heartwood and therefore not able to grow to a large size.
In monocots, no problem. Monocots have "vascular bundles" which have both xylem and phloem; these occur throughout the stem.
Then water would not be able to flow from the roots to the leaves and photosynthesis and turgor pressure, both important to a tall vascular plant, would be negatively affected and the plant would die.
the phloem will be removed and the plant will die
phloem
Vascular bundles may be radial or conjoint depending on the position of xylem and phloem. They may be open or closed depending on the presence or absence of cambium between their xylem and phloem. They may be scattered or arranged in a ring.
Phloem is on the outside.
False, Phloem tissue does
Hh
The plant will wilt and die ultimately
the phloem will be removed and the plant will die
phloem
Phloem .
Vascular bundles may be radial or conjoint depending on the position of xylem and phloem. They may be open or closed depending on the presence or absence of cambium between their xylem and phloem. They may be scattered or arranged in a ring.
Then the pollen would not be able to reach the ovule therefore it will not be able to make a seed
A phloem transports food to a plant.
Phloem is on the outside.
False, Phloem tissue does
phloemxylem mesophyll ground tissue
If all the xylem and phloem were not destroyed parts of the plant may survive but others would die, but eventually the whole plant would die because of lack of nutrients. If the xylem and phloem were all destroyed when the plant would die as it would receive no water or nutrients it needs.