<span>1.
</span><span>The information scientists are getting from human
hair is one single strand can inform you what you consume and drink in
your diet. It can also enlighten you when and where the individual has been – geographic location.</span>
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</span>
<span>2. </span> It
developed when a professor named Professor J. Ehleringer <span>from a
university in Utah began puzzled what animals consume and
drink and if they move over era. He then concludes that hair is like a tape
recorder and it can demonstrate what an individual consumes, drinks, and where they were at that era.</span>
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</span>
<span>3. </span><span>An isotopic
analysis works by getting oxygen and hydrogen. Their dissimilar isotopes are located in different clusters but it is
depends on where the water comes from, then that mix gets put down in the tissues of
the animals or humans that consume the water.</span>
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</span>
<span>4.
</span>Through isotopic
analysis, forensic scientists can recognize mutilated or weakened body; they
can also recognize what is the history of his life.
<span>5. </span><span>Forensic isotope analysis can help to identify a
mutilated executed victim. </span>
This is an example of <em>framing</em>
The response of the clients towards a product depends on how the data about it is presented.
Answer:
A) the poor and indebted citizens of England
Explanation:
- The Revolution happened in second half of 18th Century, so it is impossible to be addressed to those who lost property then.
- King of England would never address the slaves.
- So, it has to be C or D. It is D, because he is addressing the poor people who need to maintain their families.
Answer:
b) electrons jump onto or off the neutral ball when a charged object comes close
Explanation:
What causes a pithball to move is when "electrons jump onto or off the neutral ball when a charged object comes close".
The pithball electroscope is actually used to test if a body is charged or not. When a charged body is brought near the pithball, the ball moves. The movement of that charged body reveal that there are electrons it is carrying.
The pithball can actually be charged. It is charged by touching a charged object to it. This leads to some of the charges on the surface of the charged object moving to the surface of the ball. The pith-ball electroscope was invented by John Canton, a British schoolmaster and physicist in 1754.
