Answer:
It is neither accurate nor precise.
Explanation:
<em>The data set is neither accurate nor precise.</em>
Accuracy is defined as the closeness of a measurement to the true value.
Now let us look at the average of the data set:
30 + 17 + 27 + 21 + 32 = 127/5 = 25.4
<u>The average of the data set is 25.4, whereas the correct value provided is 25. The difference between the average of the data set and the correct value is 0.4 which is beyond the margin of error allowed in measurement. Hence, the measured data is not accurate.</u>
Also, precision is defined as the closeness of repeated measurement to one another.
<u>From the data set, the individual values are not close to one another in any form and the difference between them are more than the margin of error allowed in measurements. Hence, the data is far from being precise.</u>
Answer:
The correct answer will be- supercoiling.
Explanation:
Supercoiling is the additional twisting of the chromosomal DNA in the cell which could be either in the opposite direction of the turn or in the same direction.
Supercoiling occurs by twisting the DNA around itself which help the packaging of the large genetic material to fit into the nucleus or the cytoplasm of the cell. The supercoiling reduces the space for the DNA Packaging and allows more DNA to be packaged.
Thus, supercoiling is the correct answer.
Do u have choices? if one of the choices are 92 thats correct