Question

For ribonuclease (a protein), the equilibrium constant for the reaction protein (native) ? protein (denatured) is 2.58 × 10?³ at 50°C. Suppose you dissolve 4.6×10?? moles of ribonuclease in 1 mL of water at 50°C. What is the molar concentration of the denatured form in the equilibrated solution of ribonuclease at this temperature? use 2 significant figures [denatured] = 1.18×10?? M Part B Suppose you heat the solution to 100°C, right before it starts boiling. The concentration of native protein in equilibrium is now 4.0×10?³M. What is the equilibrium constant for the denaturation reaction at 100°C? K =

          For ribonuclease (a protein), the equilibrium constant for the reaction
protein (native) ? protein (denatured)
is 2.58 × 10?³ at 50°C.
Suppose you dissolve 4.6×10?? moles of ribonuclease in 1 mL of water at 50°C.
What is the molar concentration of the denatured form in the equilibrated solution of ribonuclease at this temperature?
use 2 significant figures
[denatured] = 1.18×10?? M
Part B
Suppose you heat the solution to 100°C, right before it starts boiling. The concentration of native protein in equilibrium is now 4.0×10?³M. What is the equilibrium constant for the denaturation reaction at 100°C?
K =

For ribonuclease (a protein), the equilibrium constant for the reaction
protein (native) ? protein (denatured)
is 2.58 × 10?³ at 50°C.
Suppose you dissolve 4.6×10?? moles of ribonuclease in 1 mL of water at 50°C.
What is the molar concentration of the denatured form in the equilibrated solution of ribonuclease at this temperature?
use 2 significant figures
[denatured] = 1.18×10?? M
Part B
Suppose you heat the solution to 100°C, right before it starts boiling. The concentration of native protein in equilibrium is now 4.0×10?³M. What is the equilibrium constant for the denaturation reaction at 100°C?
K =

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