You have two flasks (labeled a and b) that each contain an equal population of normal animal cells. you place flask a in a machine called a shaking incubator, which shakes the flask at 37°c and keeps the cells moving so as to not allow them to adhere to the bottom of the flask. flask b is allowed to sit in an incubator (without shaking) at 37°c. if you let the cells in each flask grow for a week, which of the following results are you most likely to observe?
the cells in both flasks a and b will have grown significantly.
the cells in flask b will have grown significantly, but the cells in flask a will have not grown at all.
the cells in flask a will have grown significantly, but the cells in flask b will have not grown at all.
the cells in both flasks a and b will have not grown at all.
the cells in flask b will have grown significantly, but

Answe: The cells in flask B will have grown significantly, but the cells in flask A will have not grown at all.

Explanation:

Conditions for the growth of mammalian cells and non animal Cells are different.

For bacteria cells, shaking will be required which allows oxygen to freely enter the cells and provide more nutrients to promote growth. However, this is not the same for animal cells.

When culturing mammalian cells, a CO2 incubator running at 37° C is required as opposed to non-mammalian cells that can be grown in a non-CO2 or dry incubator.

1. the energy lost to disorder metabolism     -entropy

2. related to or possessing motion potential     -kinetic

3. all of the chemical reactions in an organism required for maintenance of the processes of life entropy     -metabolism

4. possible; ability to go into action or perform work kinetic     -potential

5. the study of energy and its transformations thermodynamics     -thermodynamics

maybe because its impossible for balloons to lift a whole entire house.