Answer:
It is very difficult to separate these things from each other because they always go hand in hand, not one by one.
Explanation:
When it comes to ethnic disputes, socio-economic competition, struggles for political dominance, and religious animosity, it is impossible to separate them. The reason for that is that they are intermingled and function together. At least two of these are functioning together, though very often it is all four simultaneously.
The ethnic disputes very often tend to occur because of socio-economic compeition between the different groups, mostly when the situation is not good. The religion, especially if the groups have different religions, always comes up on the front to support the ethnic group that follows it, and the political leaders use the opportunity to fuel things up in order to get full control of a particular region, or even outside of the ethnic boundaries.
Answer:
Explanation down below
Explanation:
The development of China as a global manufacturing powerhouse has a significant impact on Singapore because China has been giving many materials to Singapore for decades. China has been able to do this because it had enough supplies to aid Singapore.
Answer:
Bergeron process
Explanation:
This is a process when precipitate is formed in mixed cloud of temperature below freezing because equilibrium pressure of water vapour with respect to ice is less compared to that of liquid water.
Answer:
<em>Nhiệt đới gió mùa phổ biến nhất ở Châu Phi (Tây và Trung Phi), Châu Á (Nam và Đông Nam Á), Nam và Trung Mỹ</em>
Hy vọng nó giúp!
-Nezuko
Answer: e. Measure the isotopic ratios of various elements in the compounds, and compare them with isotopic ratios of elements in the corresponding Earth compounds.
Explanation:
The options to the question are:
a. Determine the relative abundance of each compound out of all organic compounds in the meteorite, and compare it to the corresponding abundance found on Earth.
b. Test the compounds to determine their physical properties, including melting point and solubility in water and other solvents.
c. Observe whether the compounds can be taken up and chemically altered through biochemical processes within Earth organisms.
d. Run elemental analyses to determine the identities of elements present and their relative abundance in each compound.
e. Measure the isotopic ratios of various elements in the compounds, and compare them with isotopic ratios of elements in the corresponding Earth compounds.
From the question, we are informed that a scientist has analyzed a meteorite discovered in a remote area of Arizona and that the analysis has revealed the presence of many organic compounds, some of which are biological relevant. We are further told that the scientist wants evidence that the compounds were synthesized in space.
The analysis that would be best for this purpose is to measure the isotopic ratios of various elements in the compounds, and compare them with isotopic ratios of elements in the corresponding Earth compounds. The isotopic ratio can be measured through the use of a mass spectrometer.
