Answer:
The proper matching is given below.
Explanation:
a Separate molecules by size size exclusion chromatography
b Separate molecules by charge Ion exchange chromatography
c The stationary phase has a covalently bound group to which a protein in the mobile phase can bind. Affinity chromatography
d uses mobile phase and stationary phase to separate protein Size exclusion chromatography
e The stationary phase contain cross linked polymers with different pore size
Size exclusion chromatography
f can separate molecules based on protein ligand binding Affinity chromatography
g The stationary phase may contain negatively or positively charged groups
ion exchange chromatography
If the specific rotation of (r)-2-butanol is −13.5° then
the specific rotation of (s)-2-butanol is simply the opposite in sign 13.5°. In
a 3:1 mixture of (s):(r) 2-butanol, 75% is (s) while 25% is r, so the specific
rotation of the mixture is:
mixture rotation = 0.75 * (13.5°) + 0.25 * (- 13.5°)
<span>mixture rotation = 6.75°</span>
The structure of
Alanine is shown below,
Except the carbon atom of carbonyl group which is
Sp² Hybridized, all remaining atoms are
Sp³ Hybridized. The hybridization of each element is depicted in a box below,
Answer:
The sum of the molar masses of each isotope of the element.
