Answer:
<em>The question option are:</em>
<em>1. For the current quarter what is the economy's income?
</em>
<em>2. For the current quarter, what is the economy's expenditure?
</em>
<em>3. In an economy, how are income and expenditure related?</em>
1. The economy's income for the current year is $450 because there is only one transaction that take place in the year worth of $450
2. The economy's expenditure of the current year is $450 because each transaction has two side. One is the Income, the other is Expenditure. The income is converted to expenditure.
3. In an economy, income and expenditure are related and they are equal. Each transaction has two side. One is the Income, the other is Expenditure. The income is converted to expenditure.
Answer: <em>$4. 71 hamburger and $6.29 French fries.
</em>
Explanation:
Total spendable income of Antonio = $11.00
1 hamburger = $1.50
1 order of French fries = $1.00
Utility maximization function: U(x1, x2) = x1x2 i.e. 1 hamburger and 2 orders of French fries
Using the Utility maximization function: U(x1, x2) = $1.50 + $2.00
= $3.50 per lunch
Therefore the customer will purchase hamburger worth of $(1.50 x 11.00/3.50) = $4. 71
And French fries orders worth of $(2.00 x 11.00/3.50) = $6.29
<em>Antonio will maximize his satisfaction by purchasing $4. 71 hamburger and $6.29 French fries.
</em>
It was called the “ Lewis and Clark Expedition” or “ The Crops Of Discovery”. Hopefully this helped!!
Answer:
The seller may reject the offer and choose to provide a counteroffer.
Explanation:
In a free-market environment, a seller has the option to accept or decline an offer for what he is selling, in this case, a house. Furthermore, he can propose a counteroffer to see if the buyer is able and willing to pay more for that house. Taking this simple rules into account, the seller may reject Kelly’s offer if he wants and can choose to make a counteroffer.
In the context of the different techniques used by an inference engine to manipulate a series of rules, <u>forward chaining</u> refers to a series of "if-then-else" condition pairs.
<h3>What is an inference engine? </h3>
An inference engine is a part of the system that applies logical rules to the knowledge base to deduce new information. The first inference engines were components of expert systems.
Therefore, the correct answer is forward chaining.
learn more about forward chaining: brainly.com/question/15303791
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