beyondmeatshlong101

Which of these processes combined with INCREASE in entropy? I. boiling water II. freezing water III. N2(g) + 3 H2(g) ---> 2 NH3(g) IV. Br2(1)---> Br2(g)

Problem III.  Suppose the inverse demand for a monopolist’s product is given by P= 110-1/2Q.

The monopolist can produce output in two plants. The marginal cost of producing in plant 1 is MC1  = 3Q1, and the marginal cost of producing in plant 2 is MC2= 2Q2.

1. How much output should be produced in each plant to maximize profits?

2. What price should be charged for the product?

If annual sales of a product are forecast to be $100 million per year for 10 years, a team should consider a 5 percent royalty as equivalent to a $50 million up- front payment when negotiating a licensing or partnership agreement.

True

False

Please help... Please solve thisproblem step by step I don't know where to start I never solvedthose kinds of problems. Thanks a lot I appreciate yourhelp...

Hydrogen peroxide (H₂O₂) behaves like anacid in water. It has a K_a value equal to 1.778x10^-12. When sold in stores, solutions ofH₂O₂ are often 3.00%H₂O₂ by mass. The solutions also contain asmall amount of phosphoric acid (0.001% by mass) which stabilizesthe solution as hydrogen peroxide easily decomposes. Since bothhydrogen peroxide and phosphoric acid behave like acids in water,both acids will contribute H⁺ ions to the solution. TheK_a for phosphoric acid is equal to 7.2 x10^-3. Which acid contributes a larger concentration ofH₃O⁺ ions into the solution if you assume1.00 L (HINT: assume the density of the solution is 1.000 g/ml).The two equations that you will need are given below:

H₂O_{2 (aq)} + H₂O _(l) H₃O⁺¹_(aq) +HO₂^-1_(aq)

H₃PO_{4 (aq)} + H₂O_(l) H₃O⁺¹_(aq) + H₂PO₄^-1_(aq)

Calculate potential for reduction of molecular oxygen to hydrogen peroxide from latimer diagram given below 

 O2 ------> HO2 ------> H2O2 

O2/HO2 = E°= -0.20 V

HO2/H2O2 = E°= -0.80 V

Describe what self service support entails and how a webbased solution can be implemented to meet the request

If 50.0 g of KCI reacts with 50.0 g of O2 to produce KCIO, according to the following equation, how many grams of KCIO, will be formed?

Word equation:

Formula equation: