Answer:
Innovation is the process of introducing new ideas or promoting change through a new idea or object. There are two main types of innovation: discovery and invention.
Explanation:
<u><em>Answer</em></u>: The innovation has to do with the initial appearance or the first look of a concept or an object in society. It is brand new so that's why it is innovative. It exists two ways of innovation in an object or an idea: Invent it or discover it.
<u><em>Examples</em></u>:
- New food that has been created is innovative because it is true that the ingredients already but putting them together form an innovative special dish. others example of innovation is the changes that the creators of cellphones do to make them better.
- And for cultural universals, it is understood that they are things that are globally common to all societies. For instance, The family is considered a cultural universal and every member of the family in all societies have the same role.
<em><u>example of the cultural component Cultural Universals</u></em>:
Answer:
In this lab, you dissected a flower. The modified leaves that surround the reproductive parts are called petals. These structures help attract pollinators to the flower. The pistil is the female reproductive organ, which contains three segments: the stigma, style, and ovary.
Answer:
It causes the body to form antibodies that attack the new blood cells, causing them to break open and release harmful substances into the blood stream.
Explanation:
For blood transfusion to be successful, the blood group of the donor must be compatible with that of the recipient. If not, the donors red blood cells will clump in the recipients blood vessels, causing serious harm and release of harmful substances into the recipients blood stream. Usually blood used in blood transfusions contains very little of the donors plasma.
<em>sieve tube elements are the cells of phloem which allow transportation of photosynthates through phloem...
<u>
how sieve tube elements form sieve tubes:
</u>sieve tube elements are connected end to end and form a long chain which is called sieve tube,,,,
sieve tube elements are connected with the help of a side chain with the help of peptide bond...also one element has tapering end which easily overlaps with other end of next element to form sieve tube,,,,</em>
