Answer:
Why a bilayer?
What's on the inside of the cell and on the outside? Mostly water. As you can see here, the water-based interior of the cell has lots of components. These need to be kept inside the cell. And it is the nature of the phospholipid bilayer to keep the inside of the cell separate from the outside.
Explanation:
Answer:
C - Capturing, storing, and transferring energy.
Explanation:
ATP is used by cells to store and transport chemical energy. The cells then use this energy to drive cellular functions.
The table given in the figure below reflects the data being referred to (from the book: <em>Campbell Biology Australian and New Zealand Edition </em>by Reece, et al. (2014)).
The number 22,877 of the gene that encodes the first protein with the protein ID 298599 indicates that the
amount
of the RNA transcript of this gene made in the mycorrhizal
parts of the fungus was 22,877 times higher when they were associated with the Douglas fir compared to those made in soil mycelium away from the root of the plants.
Answer:
A 0.4 g/cm³
Explanation:
The density of a substance, which is a cube in this case, can be calculated by using the formula:
Density = mass/volume
Where;
Density = g/cm³
Mass = grams
Volume = cm³
In this question, each side of the cube measures 3 cm. This means that the volume of the cube can be got by multiplying 3 × 3 × 3 = 27cm³. Hence, volume of the cube = 27cm³.
Mass of the cube = 12g
Density = 12/27
Density = 0.4444
Approximately, density = 0.4 g/cm³
Answer:
The plant will grow slower.
Explanation:
Fungicides are toxic pesticides used in plant protection. It controls fungal diseases by killing the fungi causing the disease.
However, these may in the long run be less beneficial or even harmful, because if used excessively they can lead to breakdown of soil crumbs and the formation of inorganic acids in the soil.