Hi,
I hope you are well. Here are the explanations for questions 3 and 4. Let me know if you have more questions.
Happy Studies,
HG.
3. How does the 5th paragraph relate to the passage as a whole?A. It elaborates on an example from the previous paragraph and puts forth a theory
B. It provides a series of examples in order to strengthen an assertion put forth by the author
C. It outlines an important detail of an experiment by which a theory in the passage is supported
The paragraph talks about a specific detail (the psudeo-hydrogen/silicon phosporous) of the experiment. The experiment is used to support the scientist's theory. D. It provides the background history of the scientific question being studied
E. It evaluates a scientific experiment which in itself is being used to test a theory proposed in the previous paragraph
To evaluate means to judge. The experiment isn't judged. It is explained. Also, only a piece of the experiment is explained.4. It can be reasonably inferred that in a hydrogen atomA. it is more difficult to manipulate the position of the protons compared to the protons in a pseudo-hydrogen atom
We are told in the article it is more difficult to manipulate the EXTRA ELECTRON in hydrogen. The author does not say anything about manipulating the position of the protons.B. the electrons are bonded to each other more tightly than those of a psuedo-hydrogen atom are bonded
We know that the extra electron is less tightly held to the proton by know nothing about the electrons bonded to each other.C. there are fewer electrons per available proton than in pseudo-hydrogen
We aren't told anything about this.D. the change in spectrum is directly proportional to the power of the magnetic field to which it is exposed
We aren't told anything about this.E. the extra electron would have behaved similarly to the extra electron in psuedo-hydrogen when exposed to a tesla-magnet of comparable power to a white dwarf
The experiment with the psuedo-hydrogen involved exposing the psuedo-hydrogen to a tesla magnet which simulated a white dwarf. The tesla magnet was less powerful than a white dwarf but the extra electron in psuedo hydrogen required less power than the extra electron in regular hydrogen to be manipulated. We can infer that if the tesla magnet were as powerful as a white dwarf that the magnet could in fact produce that same change in a regular hydrogen atom.