Answer:
The correct option is: an increase in body temperature due to high fever
Explanation:
Denaturation of protein is a process by which the protein unfolds i.e. loses it's quaternary, tertiary, and the secondary structure when exposed to <u>high temperature (above 41°C)</u>, <u>change in pH</u> or<u> chemical denaturants</u>. Denaturation of proteins leads to loss of activity.
The enzymes <u>pancreatic proteases</u> breaks down proteins by hydrolysis, thus leading to the denaturation of protein.
<u>Since, generally fever does not increase the body temperature above 41°C. Therefore, it doesn't lead to denaturation of protein.</u>
Answer:
47530 is the nearest 10 to 47526
Answer: 83.74L
Explanation:
Temp. = 295K
P = 713torr = 0.938atm
Mass = 2.65g
PV = nRT
V = nRT/PV
n = Mass/Molar mass
Molar mass of Hydrogen gas = 1.00784*2= 2.0156g/mok
n = 2.65/2.0156 = 1.31469mol
V = 1.31469*0.08205*295/0.938
V = 83.74L
The volume = 83.74L
The chemical reaction would be expressed as follows:
HBr + LiOH = LiBr + H2O
We are given the volumes and corresponding concentration to be used for the reaction. We use these values to solve for the concentration of the other reactant. We do as follows:
0.253 mol LiOH / L solution ( 0.01673 L ) ( 1 mol HBr / 1 mol LiOH ) = 0.00423 HBr needed
Concentration of HBr =0.00423mol / .010 L = 0.423 M HBr
