Answer:
Bacteria with antibiotic resistance gene/s are favored by natural selection.
Explanation:
The presence of one or more antibiotic resistance genes in the bacteria becomes an adaptive trait in the presence of antibiotics in the surroundings. These bacteria have higher chances of survival and reproduce more to produce more progeny as compared to the bacteria that lack any antibiotic resistance gene. Therefore, the frequency of antibiotic-resistant genes in the population increases over the generations. Here, the increased fitness of bacteria having antibiotic resistance gene/s in the presence of antibiotics represents a natural selection.
Answer:
the answer to your question is glucose
Answer:
it should be light
Explanation:
as photosynthesis uses the energy of sunlight to convert water and carbon dioxide (reactants) into high-energy sugars and oxygen (products).
b. Once the enzyme binds to the specific substrate molecule, structural changes can occur in the active site to accomodate the product.
c. Once the enzyme binds to a specific substrate molecule, subtle structure changes occur in the active site, which are reverted when the reaction is over.
True or false
Answer:
False. When bonds are broken, energy is absorbed.
Explanation:
Atoms form bonds to seek stability, which means lower energy compared to when they were separated. This means that separating atoms by breaking bonds is not energetically favourable.
Therefore, in order to break a chemical bond we need to provide energy to the system, which makes the process endothermic (it absorbes energy).
The attached image shows an energy diagram for the Hâ‚‚ molecule, showing the variation in energy during bond formation.
Monkeys, fish, and gecko are the answers.
inert
an anion
a cation
Answer:
inert
Explanation: