Question

1) What chemicals are found in Ehrlich's reagent?! 2) The salting-out process occurs spontaneously. Can you...

1) What chemicals are found in Ehrlich's reagent?!
2) The salting-out process occurs spontaneously. Can you explain the reason for this spontaneity with free energy, enthalpy and entropy concepts?!

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
The salting-out process occurs spontaneously. Can you explain the reason for this spontaneity with free energy,...
The salting-out process occurs spontaneously. Can you explain the reason for this spontaneity with free energy, enthalpy and entropy concepts
1. Explain how energy can move spontaneously from a system of low total energy to a...
1. Explain how energy can move spontaneously from a system of low total energy to a system of higher total energy. 2. Why is it more common to think of temperature as being related to the rate of change of energy with respect to entropy than it is to think of it as being related to the rate of change of entropy with respect to energy?
1. In chapter 2, you learned that a polypeptide in solution usually folds spontaneously into its...
1. In chapter 2, you learned that a polypeptide in solution usually folds spontaneously into its proper three-dimensional shape. The driving force for this folding is the tendency to achieve the most favored thermodynamic conformation. A folded polypeptide can be induced to unfold (i.e. will undergo denaturation) if the solution is heated or made acidic or alkaline. The denatured polypeptide is a random structure, with many possible conformations. a. What is the sign of ∆G for the folding process? What...
In class we discussed a reversible, isothermal compression of an ideal gas. The initial point (1)...
In class we discussed a reversible, isothermal compression of an ideal gas. The initial point (1) is an ideal gas in equilibrium at pressure 1 (P1), volume 1 (V1) and temperature (T), and the final point (2) is an ideal gas in equilibrium at pressure 2 (P2), volume 2 (V2) and temperature (T), where V2 d) For each differential step, the change in entropy is given by dS=qrev/T =!!!"#! . Since T is constant , this express ion can be...
L6_Q1: 1.Formulate a combustion reaction of benzene, C6H6, liquid. 2.Experiments performed on a bomb calorimeter found...
L6_Q1: 1.Formulate a combustion reaction of benzene, C6H6, liquid. 2.Experiments performed on a bomb calorimeter found that the change in internal energy in this combustion process, calculated equal to ΔU = -3264kJ × mol ^ -1 assuming that the temperature during the experiment is 298K calculated the difference in percentages between the change in enthalpy and the change in energy. 3. I. Formulate a formation reaction for the four alcohols (ethanol, methanol, propanol and butanol) II. Why do you think...
1. Explain in words what happens when a salt (i.e., NaCl) dissolves in water in terms...
1. Explain in words what happens when a salt (i.e., NaCl) dissolves in water in terms of interactions that are lost and interactions that are gained. Explain for methanol (CH3OH) in water. Explain for a wax (hydrocarbon – all C’s and H’s) in water. 2. If DH1 is the enthalpy change for separating particles of solute, DH2 is the enthalpy change for separating particles of solvent, and DH3 is the enthalpy change for the formation of interaction between solute and...
Please Answer the following questions below on The establishment of a Competitive Intelligence process, 1. What...
Please Answer the following questions below on The establishment of a Competitive Intelligence process, 1. What surprised you the most? 2. How can you adapt what was seen to your objectives? 3. How could you implement these concepts? 4. Which of the concepts learned will be most useful to you? 5. What was your Eureka moment? 6. What intrigues you and makes you wonder more?
How can you use recursion in lisp (clisp) to process infix. Example (Thisisinfix '(1 + 2...
How can you use recursion in lisp (clisp) to process infix. Example (Thisisinfix '(1 + 2 * ( 1 + 2)) = 7 (Thisisinfix '((1 + 2) * ( 1 + 2))) = 9 I need the general idea of how this works, not the full functional code. This also needs to be done not using any kind of variables such as let, or any sets, only recursion, however you can define other functions using defun if that helps. I...
1. In your opinion, can Emotional Intelligence be measured? Can it be developed? 2. Can you...
1. In your opinion, can Emotional Intelligence be measured? Can it be developed? 2. Can you build it into the employee selection process? Explain.
intermediate financial management (fin 303) 1) You found out that the corporation assets are currently valued...
intermediate financial management (fin 303) 1) You found out that the corporation assets are currently valued at $150, and that the face value of its debt is $60, which matures in 5 years.  Volatility forecast models show that the varance of traded equity of the corporation is 0.16. Assuming that the risk-free rate is 2% and market risk premium of 6%, and the corporation has a CAPM beta of 1.6. what is the cost of debt? (note all $ numbers are...