Answer:
A.
1.0 M molecular sucrose (C12H22O11)
If there was a picture or the problem would help
True, you wouldn't say "Firstly," if it was in the second paragraph in your essay, etc.
A positive and a negative charge are released from rest in vacuum. They move toward each other. As they do: A positive potential energy becomes more positive.
For better understanding, lets explain the terms
- Electrical potential energy is positive and negative. If positive , it mean that the two charges are of the same type, that is, it is either positive or it is negative when the two charges are of opposite types
- A Positive potential energy means that work is done on a positive test charge so as to move it from one place to another, this result in the potential energy increases and also the electric potential increases
From the above we can therefore say the answer A positive and a negative charge are released from rest in vacuum. They move toward each other. As they do: A positive potential energy becomes more positive.
is correct
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As the standard deviation falls, so does the precision. How exact and close a set's measurements are is shown by its standard deviation.
The precision increases as the standard deviation decreases. As precision rises, the standard deviation falls. The accuracy of a measurement refers to how closely it approximates the true value. Standard deviation and accuracy are unrelated. It is possible to compare two normal distributions by using a standard normal distribution as an intermediate. The best strategy is to finish the therapy in 34 minutes. It is important to compare two normal distributions. We can convert them into a typical normal distribution in order to compare them. The probability that a time period of 34 minutes or less will be achieved using strategy A or B will then be determined by extracting the p-value for 34 minutes (converted to the value of a standard normal variate).
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