the Log P value is 4.51 explain briefly how this value is determined and give an...

the Log P value is 4.51 explain briefly how this value is determined and give an example of its significance related to the environmental behavior of the chemical?

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queen_honey_blossom answered 1 year ago

Briefly explain how demand and supply are determined in a market.

Explain how the present value and future value of an annuity is determined.

Explain how the present value and future value of an annuity is determined. Please give example. At least 250 words.

Briefly how exchange rate are determined by supply of demand. Explain how the government maintains the...

Briefly how exchange rate are determined by supply of demand. Explain how the government maintains the value of its currency fixed with a foreign currency through buying and selling of reserves. Donald Trump official labeled China a "currency manipulator" in August 2019 (see the attached article from the New York Times). Based on what we have discussed with regard to the determination of exchange rates, what impact did this likely have in the market for Chinese Yuan (renmimbi)? Do you...

post a definition of "p-value" and explain how the p-value is used to reach a conclusion...

post a definition of "p-value" and explain how the p-value is used to reach a conclusion in a hypothesis testing procedure.

How is the value of the dollar determined in the US? How is the value of...

How is the value of the dollar determined in the US? How is the value of the dollar determined on international markets (dollar appreciation or depreciation). How will the depreciation of the dollar impact the US economy? (look at the changes in the AD)

Briefly how exchange rate are determined by supply of demand.

Give an example of how annealing is used in an engineering application. Also, briefly explain how...

Give an example of how annealing is used in an engineering application. Also, briefly explain how and why the mechanical properties—for a metal—of yield strength, ductility, hardness, Young’s modulus, ultimate tensile strength, and toughness are different for a cold worked metal vs a metal that has been annealed at a relatively high temperature for a relatively long time (must talk about grain size).

Consider two logistic regression models: log(P(X)/(1-P(X)) = 0.1 + 0.2x1 + 0.3x2, and log(P(X)/(1-P(X)) = 0.1...

Consider two logistic regression models: log(P(X)/(1-P(X)) = 0.1 + 0.2x1 + 0.3x2, and log(P(X)/(1-P(X)) = 0.1 - 0.2x1 - 0.3x2 Compute the corresponding likelihood of the data below. Which model is better? x1 1.1 2.0 1.3 1.5 1.3 x2 2.0 1.2 1.2 1.4 2.1 Y 0 1 0 1 1

4. Consider the model for demand for housing: Log Q = β0 + β1 log P...

4. Consider the model for demand for housing: Log Q = β0 + β1 log P + β2 log Y + u Where Q = measure of quantity of housing consumed by each of 3, 120 families per year P = price of unit of housing in family's locality Y = measure of family income The estimated model, (with standard errors in parentheses) is: Log Q = 4.17 - 0.247 log P + 0.96 log Y R2 = .371 (0.11)...

Thermochemistry Lab 1. Briefly explain, in terms of heat exchange, how you determined the heat capacity...

Thermochemistry Lab 1. Briefly explain, in terms of heat exchange, how you determined the heat capacity of the calorimeter. 2.Briefly explain, in terms of heat exchange, how you determined the heat of neutralization qreaction. 3. How does the q reaction differ from ΔH neutralization? Which value is an intensive property? Explain. 4. Do your values of ΔH for each reaction follow the expected trend? 5. Does it take more or less energy to break the weak acid bond or the...

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