Answer:
15.18%
Explanation:
Calculation for the nominal annual rate
First step is to find EFF% using this formula
EFF%=[1+(Nominal rate percentage/Numbers of months in a year )]^Numbers of months in a year
Let plug in the formula
EFF%=[1+(15%/12)^12
EFF%=(1+0.0125)^12
EFF%=(1.0125)^12
EFF%=1.1608×100%
EFF%=116.08%
Second step is to find Rnom compounding quarterly of 116.08% using this formula
Rnom compounding quarterly = (1+(R/4)^4
Let plug in the formula
Rnom compounding quarterly= (116.08%)^(1/4) Rnom compounding quarterly= 1+ R/4
Hence,
Rnom compounding quarterly = 15.18%
Therefore Anne Lockwood should quote her customers with Rnom compounding quarterly of 15.18%
Answer:
Option d: Production function describes the maximum output that can be achieved with any given combination of inputs. An isoquant identifies all of the different combinations of inputs that can be used to produce one particular level of output.
Explanation:
Factors of Production
They includes Inputs in the production process (labor, capital, materials)
Production Function
This simply is that function that is displaying or showing highest output firm can produce. It depicts what technically feasible is and when firm operates efficiently.
Isoquant
This is simply refered to as a curve tbat depicts or shows all possible efficient combinations of input that are very able to produce a certain quantity of output. It usually a downward sloping and convex and it can never slope upward. This shows also that adding more inputs keeps output constant.
Isoquant Map
This is simply a graph showing a combination of a number of isoquants, used to describe a production function.
A white shirt, navy suit, and tie with a classic stripe.
D) by spreading investment capital over many investments, is how a diversified investment portfolio reduce investors’ risk of losing money!