Question

chlorophyll.
cell membrane
MULTICELLI
cell wall
NUCLISARM
vacuole
NUCLIOL
NUCLICUS
nucleus
ORGAN
ORGANIC
cell membrane
PLASMA
chloroplast
PLASTI
cytoplasm
(b)
PROKA
PSEUD
Fig. 8.7:(a) Plant cell (b) Animal cell
Table 8.1 : Comparison of Plant Cell and Animal Cell
TISSU
Sl. No.
Part
Plant Cell
Animal Cell
UNICE
1.
VACE
Present
Present
2.
Present
Absent
WIDT
3.
(WB
4.
Cell membrane
Cell wall
Nucleus
Nuclear membrane
Cytoplasm
Plastids
Vacuole
5.
6.
7.
96
CELL​

Answer 1

Pls provide ur question fully and in an order !!!!

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it's not in a proper lingment !!!

hope u understood my point !!

Answer 2

Answer:

Explanation:At this point, it should be clear that eukaryotic cells have a more complex structure than do prokaryotic cells. Organelles allow for various functions to occur in the cell at the same time. Before discussing the functions of organelles within a eukaryotic cell, let us first examine two important components of the cell: the plasma membrane and the cytoplasm.

Part a: This illustration shows a typical eukaryotic cell, which is egg shaped. The fluid inside the cell is called the cytoplasm, and the cell is surrounded by a cell membrane. The nucleus takes up about one-half of the width of the cell. Inside the nucleus is the chromatin, which is comprised of DNA and associated proteins. A region of the chromatin is condensed into the nucleolus, a structure in which ribosomes are synthesized. The nucleus is encased in a nuclear envelope, which is perforated by protein-lined pores that allow entry of material into the nucleus. The nucleus is surrounded by the rough and smooth endoplasmic reticulum, or ER. The smooth ER is the site of lipid synthesis. The rough ER has embedded ribosomes that give it a bumpy appearance. It synthesizes membrane and secretory proteins. Besides the ER, many other organelles float inside the cytoplasm. These include the Golgi apparatus, which modifies proteins and lipids synthesized in the ER. The Golgi apparatus is made of layers of flat membranes. Mitochondria, which produce energy for the cell, have an outer membrane and a highly folded inner membrane. Other, smaller organelles include peroxisomes that metabolize waste, lysosomes that digest food, and vacuoles. Ribosomes, responsible for protein synthesis, also float freely in the cytoplasm and are depicted as small dots. The last cellular component shown is the cytoskeleton, which has four different types of components: microfilaments, intermediate filaments, microtubules, and centrosomes. Microfilaments are fibrous proteins that line the cell membrane and make up the cellular cortex. Intermediate filaments are fibrous proteins that hold organelles in place. Microtubules form the mitotic spindle and maintain cell shape. Centrosomes are made of two tubular structures at right angles to one another. They form the microtubule-organizing center.Figure_03_03_01a_new

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