1) The percentage of the labor force that belongs to a union is known as the UNIONIZED PERCENTAGE RATIO.
2) The equilibrium wage rate is determined by the point of intersection of labor market supply and labor market demand. Equilibrium wage is the wage where the company agrees to pay and the worker agrees as the value of his work.
3) The effect of union exclusion of nonunion workers is to lower the wages of nonunion workers.
4) A market with one buyer and one seller is a bilateral monopoly. Monopoly is a market with only one seller. Monopsony is a market with only one buyer.
Answer:
20 years (scenario A) and 16 years (scenario B)
Explanation:
The real GDP will double in "n" number of years, with "n" estimated by interpolation using the formula below.
In the solutions below, we assumed current GDP to be 1, and as a result, the GDP will double to 2.
Scenario A
When you substitute 20 for "n" in the left hand side (LHS) of the equation, you will arrive at 1.99 which is approximately equal to 2. Any number below 20 will result in a number less than 2.
Thus, with an average annual real GDP growth rate of 3.5%, real GDP will double in about 20 years.
Scenario B
When you substitute 16 for "n" in the left hand side (LHS) of the equation, you will arrive at 2.02 which is approximately equal to 2. Any number below 16 will result in a number less than 2.
Thus, with an average annual real GDP growth rate of 4.5%, real GDP will double in about 16 years.
D and E are be the correct answers
Answer:
customer orientation
Explanation:
customer orientation can be regarded as business approach where the company helps the customer to achieve their aim and goals.
Answer:
About the Lagrangian method,
We can use it to solve both consumer's utility maximization and firm's cost minimization problems.
Explanation:
Lagrangian method is a mathematical strategy for finding the maxima and the minima of a function subject to equality constraints. Equality constraints mean that one or more equations have to be satisfied exactly by the chosen values of the variables. Named after the mathematician, Joseph-Louis Lagrange, the basic idea behind the Lagrangian method is to convert a constrained problem into a Lagrangian function.
