Answer:
A) formal institutional frameworks erected by the host-country government.
Explanation:
In this case, Wales is considered the host country since Widget Corp.'s home country is Lithuania. Taxes imposed by governments are institutional frameworks, they are not informal rules of the game.
The taxes imposed by Wales are called import tariffs and they are used to increase the price of imported goods and services.
Answer:
1.0 percent
Explanation:
Expected real rate of return can be described as the proportion of the annual return or profit from an investment after deducting inflation.
The purpose of the real rate of return is to show the accurate and actual purchasing power of a certain sum of money over a period of time.
An investor can therefore know what is the real return of a nominal return when the nominal interest is adjusted for inflation.
From the question, we have:
Interest rate on 10-year Treasury note = 2.5 percent
Expected Inflation = 1.5 percent
Therefore, the expected real rate of return on the 10-year Treasury note is derived by subtracting the 1.5 percent expected Inflation from the 2.5 percent interest rate on 10-year Treasury note as follows:
Expected real rate of return on the 10-year Treasury note = 2.5 - 1.5
= 1.0 percent
Therefore, the expected real rate of return on the 10-year U.S. Treasury note is 1.0 percent.
All the best.
The mean squared error minimization smoothing constant's value can be found using a nonlinear optimization process.
Although the linear programming model is effective in many nonlinear optimization circumstances, it is insufficient to accurately model some issues. An illustration would be the isoperimetric problem, which asks you to identify the closed plane curve with the maximum area and a minimization given length. Pappus of Alexandria had access to the solution but not the proof. 340 CE.
The Swiss mathematician Johann Bernoulli challenged himself in 1696 to find the curve that minimizes the time it takes an object to slide, using minimization only the force of gravity, between two nonvertical points. This challenge marked the beginning of the branch of mathematics known as the nonlinear optimization calculus of variations. Along with Johann Bernoulli, the correct answers were also provided by his brother Jakob Bernoulli, the German Gottfried Wilhelm Leibniz, and the Englishman Isaac Newton. (The solution is the brachistochrone.) Many nonlinear algorithms, in particular, heavily rely on Newton's method of solving the problem.
Learn more about nonlinear optimization here
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Answer:
12.5%
Explanation:
A portfolio has $2,800 invested in stock A
$3,900 is invested in stock B
The expected return of stock A is 9%
= 9/100
= 0.09
The expected return of stock B is 15%
= 15/100
= 0.15
The first step is to calculate the total value
= $2,800+$3,900
= $6,700
Therefore, the expected return on the portfolio can be calculated as follows
= (2,800/6,700)×0.09 + (3,900/6,700)×0.15
= 0.4179×0.09 + 0.5820×0.15
= 0.03761 + 0.0873
= 0.1249×100
= 12.5%
Hence the expected return on the portfolio is 12.5%
Answer:
The requirements are missing, so I looked for similar questions. You should make any necessary adjusting entries on the accounting equation. Since there is not enough room here, I used an excel spreadsheet.
