True
What is connective tissue?
type of tissue that supports, shields, and gives structure to the body's other tissues and organs.
In addition to storing fat, helping to transport nutrients and other substances between tissues and organs, and aiding in tissue healing, connective tissue also helps move fat.
Cells, fibers, and a gel-like material make up connective tissue.
Types of connective Tissue.
There are several different types of connective tissue, including blood, cartilage, osseous tissue (bone), dense fibrous connective tissue, and elastic connective tissue.
Know more about connective Tissue.
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456,224 makes the gene show the promoter and 1204
<h2>Absorption of kinetic energy </h2>
Explanation:
- In an exothermic response, the discharged vitality doesn't just vanish. Rather it is changed over to motor vitality, which produces heat. This is seen as an expansion in temperature as the response advances. Then again, endothermic responses regularly require the expansion of vitality to support the arrangement of items. Practically speaking, this regularly implies running a response at a higher temperature with a heat source.
- So as to evaluate the enthalpy of response for a given response, one methodology is to utilize the standard enthalpies of development for the entirety of the atoms in question. These qualities portray the adjustment in enthalpy to frame a compound from its constituent components.
- Hence, the right answer is " how much kinetic energy it absorbes before it broke"
<span>The first two tenets of the Cell theory were postulated by Schleiden and Schwann at the first half of the 19th century. Those tenets are that "all organisms are composed of one or more cells" and that "the cell is the basic unit of life". In 1855, Rudolf Virchow added the third tenet "Omnis cellula e cellula" which means that "all cells come from cells". In other words, cells can be formed only in the division of other cells.</span>
Answer:
The correct answer is C) Passive transport
Explanation:
During the respiration process exchange of gases takes place between lungs and blood. This gas exchange is carried by simple diffusion which is a passive transport. Here gas molecule moves from area of higher concentration to the lower concentration area.
The lung's alveoli are surrounded by blood capillaries in which the concentration of CO2 is high while in alveoli concentration or partial pressure of CO2 is low so CO2 moves from blood to alveoli through diffusion.
In the case of oxygen, the concentration of oxygen is high in alveoli and less in blood inside blood capillaries so oxygen moves from alveoli to blood by diffusion. So the right answer is C.
