Smooth is the answer-...I think xD
Answer:
The correct answer is - B-DNA is the most common form of the DNA present in the cell and a good approximation of the structure of DNA in the cell.
Explanation:
The B- DNA is a form of the DNA that is explained by Watson and crick by the double-helical structure model. B-DNA is the predominant form of the DNA out of the three forms of the DNA which are B-DNA, Z-DNA, and A-DNA.
B-DNA is is provide a good approximation of the structure of DNA in a cell and its most common form of DNA in a cell that makes it the most studied and focused form of DNA.
Thus, the correct answer is - B-DNA is the most common form of the DNA present in the cell and a good approximation of the structure of DNA in the cell.
Answer:
This flaw of thinking is called the HINDSIGHT bias.
Explanation:
<em>"We don't really know the result, but we think as though we do." </em>
The Hindsight bias, <em>creeping determinism</em>, or <em>knew-it-all-along phenomenon</em>, is the <u>assumption of an individual regarding an event that have already occurred as expected, as if he knew it even before the event took place</u>. This leads to the person believing they have a high sense of certainty of what the outcome would really be, even before the culminating of the event. This usually <u>results to </u><u>overconfidence or overestimation</u><u> in recalling the sequence of events before the predicted bias</u>.
<h3>There are 3 levels of hindsight bias </h3>
- Memory distortion - unable to recall the previous judgment (<em>"I said it would happen"</em>).
- Inevitability - the event must happen even with or without the circumstances (<em>“It had to happen”</em>).
- Foreseeability - that belief and confidence wherein results of the event were already anticipated, even way before the event culmination (<em>“I knew it would happen”</em>).
I believe when DNA is denatured by heat, hydrogen bonds are separated to create single stranded DNA. When the DNA solution is heated enough, The double stranded DNA unwinds, and the Hydrogen bonds that hold the two strands together weaken and finally break. The process of breaking a double-stranded DNA into single strands is known as DNA denaturation, or DNA melting.
Answer:
The correct option no is 2. To determine if they are prokaryotic or Eukaryota she should look for the <u>nucleus.</u>
Explanation:
Prokaryotes can be described as organisms that are single-celled and lack membrane-bound organelles. Eukaryotes can be described as multicellular organisms and they possess membrane-bound organelles.
In Eukaryotes, the hereditary material is present inside a membrane-bound organelle termed as the nucleus. The prokaryotes do not have a nucleus and their hereditary material is present in the cytoplasm. Hence, option no 2 is correct.
Other structures like DNA and ribosomes are present both in the prokaryotic and eukaryotic cells.
