Answer
The answer and procedures of the exercise are attached in the following archives.
Step-by-step explanation:
You will find the procedures, formulas or necessary explanations in the archive attached below. If you have any question ask and I will aclare your doubts kindly.
Answer:
The correct answer is letter "C": selective distortion.
Explanation:
Selective distortion refers to a perceptual process in which individuals try to make fit new ideas with previous points of view they had about certain topics. This scenario takes place because individuals tend to block new information input so they distort the new information to make it match their beliefs.
Answer:
a. The stock's price one year from now is expected to be 5% above the current price.
Explanation:
Under gordon model:

If we calculate the value of the stock for the year after that:

to calculate the value of the increase we divide next year over current year.

We have demostrate that next year stock should increase by 1 + growth so statement c is correct.
The number of burritos that will be supplied depends on the costs the supplier incurs.
You did not include any charts that can be used to answer this specific question so I will give a general answer.
When a supplier is deciding the price at which to supply a good, they look at:
- Their costs both fixed and variable
- The price others are charging
- The demand for the good
The most important factor is their costs. If in this case, it costs more than $1 to produce a burrito, they will not supply burritos. If their costs are less than a dollar, the number of burritos supplied will then depend on other factors but they will supply some.
In conclusion, if the cost to make the burrito is less than $1, the supplier will supply no burritos but if the cost is less, they will supply based on other factors.
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Answer:
Yes.
Explanation:
Given that,
Price of low-quality apples = $1 per pound
Price of high-quality apples = $4 per pound
Marginal utility of low-quality apples = 3 utils
Marginal utility of high-quality apples = 12 utils
Equimarginal:
(Marginal utility of low quality apples ÷ Price per apple) = (Marginal utility of high quality apples ÷ Price per apples)
(3 utils ÷ $1) = (12 utils ÷ $4)
3 = 3
Yes, Timmy is maximizing his utility as his equimarginal utility is same for both the goods as shown above.