Type of protist that carries on photosynthesis _____ Bacterial cell wall compone

Question

Type of protist that carries on photosynthesis _____ Bacterial cell wall component the defines bacteria as gram negative or gram positive _____ Unicellular organisms than moves and engulfs food with pseudopods _____ Haploid generation of the alternation of generation of a plant _____ Structure where the megaspore becomes an egg-producing female gametophyte _____ Sperm - producing male gametophyte in seed plants _____ A tissue in the active growth region of plants _____ Plant vascular tissue that conducts organic solutes _____ Plant group, flower has multiples of four or five parts _____ Plant vascular tissue that transports water and mineral solutes upward through the plan body _____ Non-woody stern _____ Place where one or more leaves attach to a stem _____ Primary phloem and primary xylem enclosed by a bundle sheath _____ Plant's loss of water to the atmosphere _____ Region of the stem between two successive nodes _____ Functions for gas exchange in plants _____ Body cavity lying between the digestive tract and body wall _____ Having a well-organized anterior head with a brain and sensory receptors _____ Type of protist that carries on photosynthesis _____ Bacterial cell wall component the defines bacteria as gram negative or gram positive _____ Unicellular organisms than moves and engulfs food with pseudopods _____ Haploid generation of the alternation of generation of a plant _____ Structure where the megaspore becomes an egg-producing female gametophyte _____ Sperm - producing male gametophyte in seed plants _____ A tissue in the active growth region of plants _____ Plant vascular tissue that conducts organic solutes _____ Plant group, flower has multiples of four or five parts _____

Explanation / Answer

Question 1

Algae

Question 2

peptidoglycan layer

Question 3

Amoeboid

Question 4

haploid gametophyte

Question 5

Ovule

Question 6

microgametophyte.

Question 7

meristematic tissue

Question 8

vascular tissue

Question 9

Dicot flowers

Question 10

Xylem

Vascular tissue is a perplexing directing tissue, framed of more than one cell sort, found in vascular plants. The essential parts of vascular tissue are the xylem and phloem. These two tissues transport liquid and supplements inside. There are likewise two meristems related with vascular tissue: the vascular cambium and the plug cambium. All the vascular tissues inside a specific plant together constitute the vascular tissue arrangement of that plant.

The phones in vascular tissue are ordinarily long and thin. Since the xylem and phloem work in the conduction of water, minerals, and supplements all through the plant, it is not astonishing that their shape ought to be like funnels. The individual cells of phloem are associated end-to-end, similarly as the areas of a pipe may be. As the plant develops, new vascular tissue separates in the developing tips of the plant. The new tissue is lined up with existing vascular tissue, keeping up its association all through the plant. The vascular tissue in plants is masterminded in long, discrete strands called vascular groups. These packs incorporate both xylem and phloem, and additionally supporting and defensive cells. In stems and roots, the xylem regularly lies nearer to the inside of the stem with phloem towards the outside of the stem. In the stems of some Asterales dicots, there might be phloem found deep down from the xylem too.

A meristem is the tissue in many plants containing undifferentiated cells (meristematic cells), found in zones of the plant where development can occur.

Meristematic cells offer ascent to different organs of the plant and keep the plant developing. The shoot apical meristem (SAM) offers ascend to organs like the leaves and blossoms, while the root apical meristem (RAM) gives the meristematic cells to the future root development. SAM and RAM cells separate quickly and are viewed as uncertain, in that they don't have any characterized end status. In that sense, the meristematic cells are much of the time contrasted with the undeveloped cells in creatures, which have a comparable to conduct and capacity

gametiphye: the gamete-delivering and typically haploid stage, creating the zygote from which the sporophyte emerges. It is the prevailing structure in bryophytes.

Question 1

Algae

Question 2

peptidoglycan layer

Question 3

Amoeboid

Question 4

haploid gametophyte

Question 5

Ovule

Question 6

microgametophyte.

Question 7

meristematic tissue

Question 8

vascular tissue

Question 9

Dicot flowers

Question 10

Xylem

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