It should be noted that Extension of goal-seeking analysis, finds the optimum value for a target variable .
<h3>What is Goal seeking?</h3>
Goal seeking serves as one of the tools used in "what-if analysis" on computer software programs.
This analysis is performed by repeatedly changing other variables, subject to specified constraints.
Learn more about Goal seeking analysis at,;
brainly.com/question/9087023
Answer:
Migration refers to the movement of a group of people from one geographical region (location) to another geographical destination in search of better living conditions, work or social amenities.
Explanation:
Migration refers to the movement of a group of people from one geographical region (location) to another geographical destination in search of better living conditions, work or social amenities.
Migration selectivity can be defined as the likelihood or tendency that a subset (part) of a group of people are going to move (migrate) out of a particular geographical location or area.
Some of the factors that influence migration selectivity are income level, age, education, gender etc.
One way migration affects various locations across the world such as Texas, Brazil, Paris, Rome, Stuttgart, Kyiv, etc., includes the establishment of different restaurants. For example, the establishment of KFC, McDonalds, Mr Biggs were influenced by the migration of people across European cities and as such served as tourist attraction centers, thus, positively affecting the character of these places.
The definition of deficit is, A sum of money that is small. Also, this can mean a loss of money. Another definition is, the number of loses in sports. Or, individual. Hope this helps
Answer:
Arithmetic = 3%
Geometric = 2.37%
Explanation:
The arithmetic average of 'n' returns is given by:
For five returns of 5% ,21%, -12%, 7%, and -6%:
The geometric average of 'n' returns is given by:
![G=\sqrt[n]{(1+r_1)*(1+r_2)*...*(1+r_n)}-1](https://tex.z-dn.net/?f=G%3D%5Csqrt%5Bn%5D%7B%281%2Br_1%29%2A%281%2Br_2%29%2A...%2A%281%2Br_n%29%7D-1)
For five returns of 5% ,21%, -12%, 7%, and -6%:
![G=\sqrt[5]{(1+0.05)*(1+0.21)*(1-0.12)*(1+0.07)*(1-0.06)}-1\\G=0.0237=2.37\%](https://tex.z-dn.net/?f=G%3D%5Csqrt%5B5%5D%7B%281%2B0.05%29%2A%281%2B0.21%29%2A%281-0.12%29%2A%281%2B0.07%29%2A%281-0.06%29%7D-1%5C%5CG%3D0.0237%3D2.37%5C%25)
Answer:
hello your question has some missing part attached below is the missing demand curve
Answer :
1) the quantity of health procedures Individuals will demand is greater than the optimal quantity ( 20 procedures )
2) quantity of medical procedure
3) $200
Explanation:
1) Based on the given demand and supply, the given transportation problem is the quantity of health procedures Individuals will demand is greater than the optimal quantity ( 20 procedures )
2) A dummy quantity of medical procedure should be introduced
3) Total cost of optimal solution
optimal quantity of medical procedure ( Qd) * price of medical procedure(Qp)
= 20 * 100
= $200
