Answer: A
Explanation: Just took the quiz
Answer:
c. daytime conductive heat gain from adjacent ground surface would be greater
Explanation:
The plants in the tundra had to adapt to survive so they became short and developed closer together, this can create a sort of cushion that locks in the heat that the sun can provide, conductive heat from the adjacent soil is also taken advantage of and the leaves on the plant absorbe as much heat from the sunlight as they can, growin closer together also helps them mantain the heat.
Answer:
Take a message to be returned as soon as possible.
Explanation:
Okay, in the question above we are given that someone or Physician because of an urgent question that came up has to make a phone call to another physician in another location but unfortunately the physician that the person called was busy and in the middle of a patient exam. The assistant of the physician that was called does should never interrupt his or her boss who is examining a patient at that moment but the assistant can just tell the physician that called that he or she should leave a message instead and he or she(that is the assistant) will relay the message to the office physician as soon as possible. That's a normal ethics of his or her work and the patient is important.
The answer is <span>microorganisms have rapid cell cycle.
Microorganisms are much simpler and much smaller organisms than humans. Because of their size and complexity, they reproduce in extremely rapid pace. For example, E. coli population is able to double each 20 minutes. This is, of course, not the case with humans.
For the mutation to become established, there must pass a few generations. So, if a useful mutation establishes in E. coli cell, in 20 minutes it will be present in the next generation, in 40 minutes it will be present in the generation after that, and so on. In the humans, years (not minutes) are necessary for the mutation to be passed down to the first generation. It needs less time to establish a mutation in E. coli than in humans.</span>
Cooling the glass tube and dropping it into cold water.
