Answer:
The options
A. Lag phase
B. Log phase
C. Stationary phase
D. Death phase
E. Telophase
The CORRECT ANSWER IS C.
C. Stationary phase
Explanation:
A. Lag phase❌
The phase of the bacterial growth curve where newly inoculated cells are adapting to its new environment. It seen to undergo metabolism but no observable growth or division.
B. Log phase❌
The phase of the bacterial growth curve that reveals maximum occurrence of cell division. Hence, the name logarithmic phase or the exponential phase.
C. Stationary phase✔✔✔
In this phase, population of bacteria size is observed to be constant, despite some cells undergoing division and some begining to die.
D. Death phase❌
The last growth phase, where there is a reduction in nutrients plus a reduction in cell number
E. Telophase❌
Telophase is the last phase in both meiosis and mitosis in an eukaryotic cell. In this phase, the impacts of prophase and prometaphase are reversed.
The right option is; d. 366 people/mi^2
Population density is a measure of the number of people that constitute the population in a particular area per square kilometer or square mile.
From the question, the population of China is; 1,355,935,022, and the land area is; 3,705,405 mi^2.
Population Density = Number of People / Land Area.
Population Density =1,355,935,022/ 3,705,405 = 365.93 = 366 people/mi^2.
Therefore, the population density of China is 366 people per square mile.
Soils are vertically weathering profiles that develop in place. Soils require time and a stable ground surface to develop. Sediments, on the other hand, are particles transported by water or wind or, most often on the mountaintop, by people. We call these transported sediments deposits
Googl
They include the temperature and the pH value.
Each enzyme has a temperature range and pH range that makes them has the quickest action, they're called the optimum temperature and pH. Each optimum temperature and pH is different for each enzymes.
For example, the enzyme in our stomach has a optimum temperature of human temperature range, and a optimum pH for 2.0
However, if the temperature is too low or the pH value is too extreme, the enzyme may denature. The enzyme can no longer work to digests any substrate.