To make 1 Molar solution of hemoglobin ; 1600 grams of hemoglobin will be dissolved in 1 liter of water
The molecular weight of Hemoglobin is approximately 16,000 Daltons, when hemoglobin is converted to mM
16000 Dalton = 16000 ( g/mol )
given that 1 Dalton = 1 g/mol
To make 1 molar solution of hemoglobin using 1 liter of water
1 liter = 1000 grams
16000 Dalton = 16000 g/mol
Hence 16,000 grams of Hemoglobin is required to make 1 Molar solution of hemoglobin using 1 liter of water.
learn more : brainly.com/question/23517096
Hello there,
Rocks that were once swampy sediments or peat beds contain carbon and are black, soft, and fossiliferous<span>.(also known as organic sedimentary rock)
</span>
Hope this helps :)
~Top
The evidence that a chemical reaction occurred is can be change in color , formation of a precipitate , Here in the case when 6 m HCl to the solution of sodium acetylsalicylate, the formation of precipitate that is of aspirin takes places that can be taken as a evidence that a reaction is occured. The reaction can be seen in the image attached.
PH to maximize the dissociation of acetic acid so as to push back the amount of acetate dissociating from the mystery compound.
<span>
Ksp = [X+][C2H3O2-] = 9.5*10^-6 </span>
<span>Substituting in the desired value for [X+] </span>
<span>9.5*10^-6 = (5.0*10^-3)x </span>
x, or acetate concentration, is .0019
<span>Now, we calculate the Ka of acetic acid: </span>
<span>pKa = -logKa </span>
<span>4.76 = -logKa </span>
<span>Ka = 1.738*10^-5 </span>
<span>We want the concentration of acetate to be .0019, so we plug that into our acid dissociation constant expression: </span>
<span>Ka = [H+][C2H3O2-]/[HC2H3O2] </span>
1.738*10^-5<span> = [H+](.0019)/1</span>
<span>[H+] = .00915</span>
<span>pH = -log[H+] </span>
<span>pH = -log(.00915) </span>
pH = 2.04
What words are you looking for so i dont put them down
