Answer:
Statement true for Imperfect Competition Markets
Explanation:
Marginal Revenue Product is additional revenue due to hiring of additional input, it is product of marginal product & marginal revenue = MP x MR
Value Marginal Product is money value of additional production with additional input, product of marginal product (MP) & price (AR), = MP x AR
Input demand curves are derived demand curves, derived from demand of final goods. In perfect competition, demand is perfectly inelastic & horizontal, AR = MR, so MRP = VMP in this case. In imperfect competition market (oligopoly, monopoly etc) - MR < AR, so MRP < VMP in this case.
Answer:
First option will be recommended.
Explanation:
To determine which option to be taken, we calculate the net present value each option generates. The option generating higher NPV should be recommended.
- Net present value of first option = Lump sum receipt = $150,000.
- Net present value of second option will be found by discounting cash flows at investing rate 12% and calculated as followed:
+ Present value of 20 equal annual payment of $14,000 + Present value of $60,000 paid in 20 years = (14,000/12%) x [ 1 - 1.12^(-20)] + 60,000/1.12^20 = $110,792.
As net present value of the first option is higher than the second option, first option will be recommended.
Answer:
Just-in-time (JIT) inventory systems started in Japan in the 1970s and spread to the U.S. about a decade later. JIT is an inventory-management system that aims to help businesses have just enough inventory readily available to meet current demand while avoiding excess. There are many pros and cons for a small business to consider before adopting a JIT system.
Answer:
Explanation: the question should be, Why is bulk flow a necessary condition of complex multicellularity?
Then here is the answer, Multicellular organisms are that have plenty cells and they have s complex units that makes up their functions and makes them to begin to function as one.
Organisms exhibiting complex multicellularity are big and have cells/tissues that are not usually in contact with their environment. They are have systems that can overcome the limits of diffusion (movement from area of higher concentration to that of lower) must evolve for basic physiologic processes to occur.