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terrestrial ecosystem-These includetaiga,tundra,deciduous forest,grasslands,tropical rain forests, anddeserts.Taigasare cold-climate forestsfound in thenorthernlatitudes.Taigasare the world's largest terrestrial ecosystem and account for about 29% of the Earth'sforests.

aquatic ecosystem-There are three basic types offreshwater ecosystems:Lentic: slow moving water, including pools,ponds, and lakes.Lotic: faster moving water, for examplestreamsand rivers.Wetlands: areas where thesoilis saturated or inundated for at least part of the time.

Option (a) is the right answer.

option a is the correct answer

Neurons are thestructural and functional units of the nervous system. They consist of a cell body, dendrites, and axon.

Function:1.The specialized structure and organization ofneuronsallows them to transmit signals in the form of electric impulses from the brain to the body and back

2.The main function of allneurons(nerve cells) is to maintain an environment that makes sure thataction potentials(A/Ps) are timely received and processed, and to initiate and propagate new A/Ps.

Ans :- They are produced in thestem, buds, and root tips. Example: Indole Acetic Acid (IA). Auxin is a plant hormone produced in thestem tipthat promotescellelongation. Auxin moves to the darker side of the plant, causing the cells there to grow larger than corresponding cells on the lighter side of the plant.

Thelymphaticsystem is a network of tissues and organs that help rid the body of toxins, waste and other unwanted materials. The primaryfunctionof thelymphaticsystem is to transportlymph, a fluid containing infection-fighting white blood cells, throughout the body.Thelymphaticsystem has multiple interrelatedfunctions: It is responsible for the removal of interstitial fluid from tissues. It absorbs and transports fatty acids and fats as chyle from the digestive system. It transports white blood cells to and from thelymphnodes into the bones.

A fish breathes by taking water into its mouth and forcing it out through thegillpassages.

As water passes over the thin walls of the gills, dissolved oxygen moves into the blood and travels to the fish's cells.

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1. transport tissue

what about other 4?

1-xylem-vascular tissue pholem-bast2-skeletal tissue----?3-flyid connect tissur-lymph4-fat tissue-adipose tissue5-unstriated muscules tissue - u cn say smooth..

A lateral branch with short internodes with each node bearing a rosete of leaves and a tuft of roots is found in aquatic plants like Plstia and Eichhornia

The "meat" of theseedis endospermtissue(B) and a small, cylindrical embryo is embedded in this nutritivetissuejust opposite the functional germination pore. Theseedis surrounded by an outer brown layercalledtheseedcoat or testa.

option a

It is called the radical.

An onion cell is a plant cell, and a cheek cell an animal cell. The main differences between plant and animal cells are that plant cells have: Cellulose cell wall Large vacuole Chloroplasts (if the plant is green) Cellulose cell wall Large vacuole Chloroplasts (if the plant is green) from the inner lining of the mouth. The lining is a mucous membrane similar to those found all throughout our digestive tract. When you view a "cheek cell" scraping through a microscope on high power, you will see many cells that have been overlapped or rolled up. When you find one or a group of cells, each cell will have an irregular edge and a distinct nucleus in its center. The cells have will have an irregular edge and a distinct nucleus in its center. The cells have described as looking like a fried egg, sunny side up (but transparent). Onion skin cells seen through the microscope are also transparent. However, they are generally rectangular in shape, with a distinct cell wall. Like all cells, there is also a plasma membrane surrounding the cell contents, but it clings closely to the cell wall and is hard to see with a light microscope. Inside the onion cell one can see a nucleus and tiny grainy objects in the cytoplasm.

juice of onion is useful in sunstroke and also helpful in vomiting

Answer of this question is option-cas Garlic helps in reducing cholesterol as it is having some sort of antioxidants

Tysm

V - I graph as shown in figure . Here points lie on the equation of line {where variables are V and I } are (1.6 ,0.5) , (3.4,1.0) , (6.7, 2.0) , (10.2, 3.0) and (13.2, 4.0)

Now , use Ohm's law , V = IR R = V/I , means Resistance is the slope of graph V - I So, R = (V₂ - V₁)/(I₂ - I₁) V₂ = 3.4V, V₁ = 1.6V , I₂ = 1A and I₁ = 0.5A So, R = (3.4 - 1.6)/(1 - 0.5) = 1.8/0.5 = 3.6

Hence, resistance , R = 3.6Ω similarly R= (V₃ - V₂)/(I₃ - I₂) = (6.7 - 3.4)/(2 - 1) = 3.3 R = (V₄ - V₃)/(I₄ - I₃) = (10.2 -6.7)/(3-2) = 3.5R=(V₅ - V₄)/(I₅ - I₄) = (13.2 - 10.2)/(4-3) = 3 here R is variable so, take average of all . Rav = (3.6 + 3.3 + 3.5 + 3)/4 = 13.4/4 = 3.35Ωhence, resistance = 3.35Ω

respiration is theoxidativephosphorylation phase, which occurs in thecristaeof themitochondria.

The answer is option C

Endo plasmic reticulum

1 Lysosome is the perfect answer

The answer is option a)

ChloroplastCellsMitochondriaproteinDNA

all equction ka answer chaia

Select 1 particularl or different question. I think u thought any fellow can solve send the pic of the solution .ryttt😁

option B

nice

themselveshimselfmyselfthemselvesitselfyourself

themselveshimselfmyselfthemselves itselfyourself

1. Themselves2. Himself3. Myself4. Themselves 5. Itself6. Yourself.

1 themselves. 2himself. 3 themselves 4 itself 5 your self

themselves himself myself themselves itself yourself

themselveshimselfmyselfthemselvesitselfyourself

1. for themselves2.will3. will4. them

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Fleshy fruits are those which have three layers; namely the exocarp, mesocarp and endocarp.

The answer is option d.

If the plasma membrane ruptures or breakdown then the cell will not be able to exchange material from its surrounding by diffusion or osmosis. Thereafter the protoplasmic material will be disappeared and the cell will die.

The Caytonialean Theory:

This theory was proposed by H. Hamshaw Thomas on the basis of comparative studies of modern flowering plants, with those of Caytoniales, which are certain fossil plants of the middle Jurassic. This theory was later supported by Stebbins.

Caytonia had a wide distribution and it has been described from Triassic to Cretaceous localities in most of today’s Northern Hemisphere. It is believed to have been a small tree, based on association of foliage with woody axis. Caytoniales, which seems to have a few angiosperm-like features, are looked upon as the possible ancestors of angiosperms.

It is called so because it helps to transport different types of substances dissolved in it. Therefore forming a connecting link between the body parts. Hence a connecting tissue.

They prepare their own food by utilizing the solarenergy,water, and carbon dioxide by the process of photosynthesis. This results in forming of glucose. Plants like blue-green algae and cyanobacteria could be considered as the example of autotrophic nutrition.

The growth of the parts of plants in response to the force of gravity. The upward growth of plant shoots is an instance of negative geotropism; the downward growth of roots is positive geotropism.

Loose Connective Tissue

The areolar tissue and the adipose tissue are classified under the loose connective tissue. This tissue has cells and fibres that are loosely arranged in the semifluid ground substance. The areolar tissue has fibrous extracellular molecules and a number of different cell types. These include a ground substance, the matrix, fibroblasts, mast cells, and macrophages.

Dense Connective Tissue

In the dense connective tissue, the fibres and fibroblasts are compactly packed. The dense connective tissue can be further classified into dense regular and dense irregular connective tissue, depending on the regularity/irregularity of the collagen fibres.

Specialized Connective Tissue

The three specialized connective tissues are Blood, bones, and cartilage.

Blood

Blood is a fluid connective tissue. It consists of a liquid matrix called as the plasma, in which blood cells are present. It travels all around the body in blood vessels. So blood helps in the transport of gases, nutrients, hormones as well as the elimination of the waste materials.There are three types of blood cells that are found in the plasma. They are the Red blood cells (RBC) or Erythrocytes; White blood cells or Leucocytes (WBC) and Thrombocytes or Blood Platelets. The RBCs and the WBC’s are the living components of the blood.The RBCs have a pigment called hemoglobin, due to which blood appears red in color. The WBCs help in protecting the body by attacking any foreign body that enters into the body, while the blood platelets are responsible for clotting of blood.

Bones

Bones are the hard connective tissue. They give support and framework to the body. They protect the internal organs and the muscle tissue attached to the bones helps in movement. The bone tissue is strong and non-flexible. The cells are embedded inside a hard matrix, which is made up of proteins, calcium and phosphorous. And bones are rich in calcium salts and collagen fibres, giving them the strength.

Cartilage

Cartilage is another type of connective tissue that has a solid matrix. It contains proteins and sugars. The cartilage tissue has widely spaced cells. Cartilage is also an important connective tissue as it helps in smoothening the bone surfaces at the joints. Cartilage is also present in the trachea, nose, ears, and larynx.

starch

1) Bone is the correct answer

the correct answer is fiber

sry the correct answer is blood

option'3' is the right answer

blood is correct answer

Blood is the correct answer.

blood doesn't contain fibers

blood is the correct answer

Bloodandlymphare fluid connective tissues. Cells circulate in a liquid extracellular matrix. The formed elements circulating inbloodare all derived fromhematopoieticstem cells located in bone marrow.

thank you so much Madhulika