Answer:
Renewable: Wind, forest, water, sun, natural gas
Non-renewable: Coal, soil
Answer:
Low solute potential
Explanation:
Solute potential is simply defined as a pressure that is implemented to a given solution from preventing the water flowing inward across a distinct semi-permeable membrane
. This is also known as osmotic potential.
On the other hand, the water potential can be defined as the potential energy that is attained by water per unit volume.
There is a relationship between the solute potential and the solute concentrations, where the concentration of solute is inversely proportional to the solute potential.
Thus, in the desert areas, some plant cells are comprised of high solute concentration which favors them to survive in the arid climate because they have low solute potential that helps them in reducing the loss of water.
Answer:
The correct answer is option b, that is, a modification in the target of DNA gyrase, is an illustration of acquired resistance.
Explanation:
The activity of DNA gyrase gets inhibit by fluoroquinolones. The enzyme that combines with the DNA and prevents its supercoiling at the time of replication is termed as DNA gyrase. It is a heterotetramer, which is formed of two subunits of GyrA and two subunits of GyrB. Due to the mutation in gene gyrA, the development of resistance takes place in N. gonorrhea against fluoroquinolones.
Post mutation, gyrA exhibits lesser binding capacity with the fluoroquinolones, and thus, the development of resistance takes place within the bacteria against the fluoroquinolones. The phenomenon of the development of resistance taking place in any microbe against the specific antimicrobial agent for whom it was vulnerable before is termed as acquired resistance, thus, the given case is an illustration of acquired resistance.
Iron-60 has 34 neutrons, that’s 4 extra neutrons that make the isotopes unstable to radioactive decay
It takes place in the stroma!
