16) D
17) D
18) C
I suggest to look up the definitions of words you do not know to compare meaning. This is only a test of how well you know the meanings of all of these words.
Answer:
What effect did the Nazi party and WWII have on Germany?
The Nazi Workers' Party (NSP) or the NSP developed into a mass. The Nazi party was in the aftermath of Germany's World War II setback in 1939-45. You knew that? There was a mistake. After the war, the Allies invaded Germany, forbade the Nazi Party and strived to remove all facets of German life from the power.
How was Germany affected after the defeat of the Nazi’s
In the war, both in life and in economic capacity, Germany suffered heavy casualties. Around 8.26 to 8.86 per cent of the population was killed in 6.9 to 7.5 million Germans; (see also World War II casualties). There was a mistake. In the "new" Germany that remained after the dismemberment, the population density rose.
Explanation:
A: some industrialization; some slave labor
Answer:
A) two examples of environmental factors that may impact salivary peroxidase activity are pH and temperature. All enzymes have an ideal pH range. When the environment has a pH in that specific range, the enzymatic reaction rate will be the fastest. However, when the environment deviates from the pH range, the enzyme's reaction rate will be slower. Furthermore, when the pH is too far off that ideal pH range, then the salivary peroxidase may denature and unravel, due to it being a protein. Another factor is temperature. When temperature is higher, the reaction rate increases. However, when the temperature is lower, the reaction rate decreases. However, when the temperature gets too high, then the enzyme may denature.
B) The effects of defects in the thiocyanate transport channels would be for lactoperoxidase to not be able to function properly, causing defects in the defense against pathogenic microorganisms in the intestinal tract of newborn infants and defects in sterility of the secretions for the respiratory tract.
In order for lactoperoxidase to function properly, thiocyanate is necessary. Because of this, Therefore, thiocyanate is likely a cofactor, allowing for lactoperoxidase to function.
Because of this, if the thiocyanate transport channels are defective, thiocyanate can likely not reach the lactoperoxidase, and can therefore not bind to it. This defect in the transport channels would mean that thiocyanate cannot carry out its necessary function of activating lactoperoxidase.
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