Answer:
Among the options given on the question the correct answer is option C.
Most artwork does not meet criteria for patent.
Explanation: There can be several reasons behind the rejection of the patent of artwork created by Sherry.
Patent is the individual property protection law which is a bit different from the copyright law or the trade mark law.
There are two types of patent. One is utility patents and another is design patents. The design patents are the protection the design not the protection of the idea behind the design.
However if the art work is a visual painting than it does not meet the criteria of the patent. Because an artwork is not an invention which can be protected under the patent law. Basically the visual art is an idea of the artist. So ideas can not be protected under the patent law.
Therefore it is not meeting the criteria of the patents. So it might be the best possible reason for rejecting the patent application of Shelly.
Answer:
B. It does not need to be carefully planned.
Explanation:
- The giving away of the charity is related to the no-profit organization and primary objective to give away in the form of donation and it needs to be planned in advance. As to how much and how many donations are to be made and to how many people as for a country or a town or a district and varies between the countries and nations depending on the type of situations involved.
Answer:
Nationality Is national and ethnicity is ethical class.
Explanation:
- Nationality is for the country of origin, people can share the same nationality but be different ethnically. While the ethnic identities those who are form a minority or belong to a particular group of people.
- Identified with the particular group and share commitment and same values. The nationality can be classified as American, African, and Australian while the ethnicity can be classified as based on physical traits such as color.
The process that you’re describing is called Transduction; the transmission of molecular signals from the cells’ exterior to the cells’ interior.
