In Chemistry, when we say Group, this term refers to the column in the periodic table wherein the elements in it share the same valence electron structure, as well as their physical and chemical properties. Therefore, based on the statements above, I can say that the answer would be the first option.
We have that the value of Ki for the <em>inhibited </em>reaction
- The place the enzyme inhibitor binds solely to the complicated fashioned between the enzyme and the substrate.
- KI = 3.551mM
<h3>Chemical Reaction</h3>
a)
Generally, if the fee of Vmax binds, the place the enzyme inhibitor binds solely to the complicated fashioned <em>between </em>the enzyme and the substrate.
b) V diminished through 70%
Thereofore
Alternate = 1 - 0.7 = 0.3V
Hence
0.3 =1/ ( 1 + [I]/KI)
1= 0.3(1 + 0.657/KI )
0.3 + 0.1971KI = 1
KI = 3.551mM
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<span>A wave that moves the matter it passes through up and down is a A) Transverse Wave, and one that moves the matter forward and back is a D) Longitudinal Wave.
There are two main types of waves, transverse and longitudinal, and I remember them by thinking that the longitudinal wave moves the matter in a longitudinal way (so forward and backward), and the transverse is the wave that moves the matter up and down — <em>a</em><em>cross </em>(since transverse can mean "across") the wave.
Hope this helped!! xx
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Answer:
Element: C (carbon)
Compound: CO2 (carbon dioxide)
Explanation:
You can differ the compouns to the elements because the compounds are a combination of elements. The elements are those that belong to the periodical table.
I hope I help you.
