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hammer [34]
3 years ago
9

Consider the following demand and supply schedules for coffee. Price per cup Quantity demanded (cups) Quantity supplied (cups) $

9 2 10 $7 4 8 $5 6 6 $3 8 4 $1 10 2 What is the price when the market is in equilibrium?
Business
1 answer:
melisa1 [442]3 years ago
7 0

Answer:

$5

Explanation:

Equilibrium is when the quantity demanded equals the quantity supplied.

At $5, quantity demanded = quantity supplied = 6

At the other prices, quantity demanded isn't equal to quantity supplied.

I hope my answer helps you

You might be interested in
Bond Yields and Rates of Return A 30-year, 10% semiannual coupon bond with a par value of $1,000 may be called in 4 years at a c
Nookie1986 [14]

Answer:

The bond's yield to maturity is 9.45% using Excel to get exact values, and 9.59% using approximate method.

Explanation:

We can calculate is using 2 ways, using Excel to get the exact percentage or with approximate methods, calculating the semi-annual Yield to Maturity using the following formula

YTM_{sm} =\cfrac{PMT+\cfrac{FV-PV}n}{\cfrac{FV+PV}2}

And from there we can calculate the Yield to Maturity just by multiplying the semi-annual one by 2.

Identifying the given information.

We have a period of 30 years, so for the semiannual bond we have n=2(30) = 60 periods.

The face value, FV, is $1000, the coupon rate is 0.10, thus we can use them to  find the interest per period PMT.

PMT=0.10 \times \cfrac{1000}{2}\\PMT=\$ 50

The current price of the bond, PV is $1050.

Replacing the values on the semiannual Yield to Maturity

YTM_{sm} =\cfrac{PMT+\cfrac{FV-PV}n}{\cfrac{FV+PV}2}

YTM_{sm}=\cfrac{50+\cfrac{1000-1050}{60}}{\cfrac{1000+1050}{2}}

Simplifying we get

YTM_{sm}=4.797\%\\

Finding the Yield to Maturity.

We can just multiply by 2 to get the Yield to Maturity from our previous result and rounding it to 2 decimals we get

YTM = 2 YTM_{sm}\\YTM=9.59\%

Alternatively we can use Excel and write:

RATE(n, PMT, PV, FV)*2

That is

RATE(60,50,1050,1000)*2

And we will get the exact Yield to maturity 9.49%

3 0
3 years ago
The scenarios each illustrate a principle of economics. classify each scenario according to the principle that best fits it. you
storchak [24]

David's decision on the electronics to purchase represents opportunity cost.

The decision to hire another economist is marginal analysis.

Ana's decision on how to use her time involves opportunity cost.

<h3>What is opportunity cost?</h3>

Opportunity cost of the next best option forgone when one alternative is chosen over other alternatives. When an economic agent chooses one option, he would not be able to choose another option.

<h3>What is marginal analysis?</h3>

Marginal analysis involves comparing the marginal cost or / and the marginal benefit of a decision.

To learn more about opportunity cost, please check: brainly.com/question/26315727

#SPJ1

8 0
2 years ago
"IFRS uses a fair value test to measure impairment loss. However, IFRS does not use the first-stage recoverability test under GA
stiv31 [10]

Answer:

As a result, the IFRS test is more strict than U.S. GAAP.

3 0
3 years ago
Interpretation of intelligence test scores is based on the assumption that the scores are normally distributed within a populati
Finger [1]

Answer: According to complete question "more than two-thirds of children will score between 85 and 115".

Explanation:

The solution to this issue is it, even though the Wechsler Ratios of Intellect scores are "standardized" to an average of 100 and a margin of error of 15 based on the standardized system used only to start scoring IQ.

So between 85 and 115 will be 68 that for each cent of the results.

Therefore the result stand between 85-115.

3 0
2 years ago
Lindsay​ Electronics, a small manufacturer of electronic research​ equipment, has approximately 6 comma 800 items in its invento
nignag [31]

Answer:

97.8 or 98 items

Explanation:

A items:

= Percent of items in inventory × No. of items

= 0.1 × 6,800

= 680

B items:

= Percent of items in inventory × No. of items

= 0.31 × 6,800

= 2,108

C Items:

= Percent of items in inventory × No. of items

= 0.59 × 6,800

= 4,012

Units to be counted everyday:

=\frac{A\ items}{workings\ days} + \frac{B\ items}{workings\ days} + \frac{C\ items}{workings\ days}

=\frac{680}{22} + \frac{2,108}{61} + \frac{4,012}{124}

      = 30.90 + 34.55 + 32.35

      = 97.8 or 98 items

7 0
2 years ago
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