Answer: Decide if you really want to offer financial services to your clients I think so
Explanation:
Answer:
The correct answer is genetic algorithms
Explanation:
Genetic Algorithms are adaptive methods that can be used to solve search and optimization problems. They are based on the genetic process of living organisms. Throughout the generations, populations evolve in nature according to the principles of natural selection and the survival of the strongest, postulated by Darwin (1859).
By imitating this process, Genetic Algorithms are able to create solutions for real-world problems. The evolution of these solutions towards optimal values of the problem depends to a large extent on their adequate codification.
Answer:
$63,932.91
Explanation:
FV = $825,000
Number of payments = 4 quarters * 3 years = 12
Rate = 4.45%, assuming per annual
The amount company need to save each quarter is the payment amount.
We can easily calculate payment amount by formula in excel =PMT(4.45%/4,12,,825000,1) = 63,932.91
A barometer of short-term interest rates and one that is therefore considered the most volatile interest rate in the US economy is the federal funds rate.
An interest rate tells you ways excessive the price of borrowing is, or high the rewards are for saving. So, in case you're a borrower, the interest fee is the amount you are charged for borrowing cash, shown as a percent of the entire quantity of the loan.
As RBI hiked repo charge, FD quotes are anticipated to rise in 2022 and 2023. Banks and other NBFCs have already started steadily raising FD quotes after RBI made it clear that repo prices will exchange.
As interest rates circulate up, the cost of borrowing turns extra high-priced. because of this demand for decrease-yield bonds will drop, inflicting their fee to drop. As hobby prices fall, it becomes easier to borrow money, and lots of agencies will trouble new bonds to finance growth.
Learn more about interest rates here brainly.com/question/2151013
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Answer:
(a) Linear model
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Subject to:

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
(b) Standard form:

Subject to:




Explanation:
Given

Solving (a): Formulate a linear programming model
From the question, we understand that:
A has a profit of $9 while B has $7
So, the linear model is:

Subject to:



Where:


Solving (b): The model in standard form:
To do this, we introduce surplus and slack variable "s"
For
inequalities, we add surplus (add s)
Otherwise, we remove slack (minus s)
So, the standard form is:
So, the linear model is:

Subject to:



