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Decision Theory
Decisions
There are many types of decision making
1. Decision making under uncertainty
It refer to situations where more than one outcome can result from any single decision
2. Decision making under certainty
Whenever there exists only one outcome for a decision we are dealing along with this category for example linear programming, transportation sequencing and assignment and so on.
3. Decision making by using prior data
This occurs whenever it is possible to employ past experience or prior data to develop probabilities for the happened of each data
4. Decision making with no prior data
No past experience exists that can be utilized to derive outcome probabilities in this case the decision maker uses her or his subjective estimates of probabilities for different outcomes
There is one final topic that we need to address as far as solution sets go before leaving this section. Consider the following equation and inequality.
example #Minimum 100 words accepted#
Suppose that the probability of your favorite baseball player getting a hit at bat is 0.45. Assume that each at bat is independent. What is the probability that he bats eight times
Show that the points (3, 0), (4, 5), (-1, 4) and (-2, -1) taken in order are the vertices of a rhombus. Also find the area of the rhombus.
If tanA+sinA=m and m2-n2 = 4vmn, show that tanA-sinA=n
A man in rested rupee 800 is buying rupee5 shares and then they are selling at premium of rupee 1.15.he sells all the share.find profit?
what is 3/10-2/13
Find out the length of Hamiltonian Path in a connected graph of n vertices. Ans: The length of Hamiltonian Path in a connected graph of n vertices is n-1.
3456+3694
Factor following. x 2 - 20 x + 100 Solution In this case we've got three terms & it's a quadratic polynomial. Notice down as well that the constant
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