Explanation:
1. Employed as she was working before the holidays.
2.No, as people are considered employed if they did any work at all for pay or profit during the survey reference week.
3.Yes, as she won't be getting any pay or profit.
4.No, as to be counted as 'unemployed' you will have to be looking for work, or currently available to work. But, she is working as a substitute.
5.Yes, because she will have to look for a job.
6. I'm not sure about that one sorry
7.Yes, because he won't be getting pay or profit.
8.He will be considered in the labour force. As he won't have a job or not looking for one.
9.Focusing on school, have no time. etc.
10.That question is for you.
I think the answer is All of the above
<span>Deciduous forests are primarily located or can be found in North America, and the middle of Europe. Therefore, it is not true that it is found in the Africa. Also, there are deciduous forests in Asia such as in Russia, eastern China, and Japan. In South Africa, deciduous forests are found in Chile and Middle East coast of Paraguay. </span>
Answer:
according to google
"An action potential is part of the process that occurs during the firing of a neuron. During the action potential, part of the neural membrane opens to allow positively charged ions inside the cell and negatively charged ions out. This process causes a rapid increase in the positive charge of the nerve fiber."
Answer:
The cell theory states
Explanation:
1/ all living organism are made up of cells: which can be unicellular or multicellular organisms.
2/ cells are the basic structural and functional usnits for living things: so as it was was mentioned in 1, an unicellular organism in consisited of one cell which will be probably functioning, and for multlicellular organisms they contain more than one of functioning cell.
3/ all cells comes from pre-existing cells: the process of which cells reproduce is by splitting the existing cell into 2 cells, or in some cases grow a part of it until it becomes a fully functioning cells, which is dependent on the original cell until it becomes independent.
