Label each of the following scenarios with the correct combination of price change and quantity change. In some scenarios, it may not be possible from the information given to determine the direction of a particular price change or a particular quantity change. We will symbolize those cases as, respectively, "P?" and "Q?". a. On a hot day, both demand for lemonade and supply of lemonade increase.
b. On a cold day, both demand for ice cream and the supply of ice cream decrease.
c. When Hawaii's Mt. Kilauea erupts violently, the demand on the part of tourists for sightseeing flights increases but the supply of pilots willing to provide these dangerous flights decreases.
d. In a hot area of Arizona where they generate a lot of their electricity with wind turbines, the demand for electricity falls on windy days as people switch off their air conditioners and enjoy the breeze. But at the same time, the amount of electricity supplied increases as the wind turbines spin faster.
Answers
Explanation:
Classifying of each situation with the correct combination of change in price and quantity:
a. On a hot day, both demand for lemonade and supply of lemonade increase - Pp? Q increase
b. On a cold day, both demand for ice cream and the supply of ice cream decrease - Pp? Q decrease
c. When Hawaii's Mt. Kilauea erupts violently, the demand on the part of tourists for sightseeing flights increases but the supply of pilots willing to provide these dangerous flights decreases- P increase Qq?
d. In a hot area of Arizona where they generate a lot of their electricity with wind turbines, the demand for electricity falls on windy days as people switch off their air conditioners and enjoy the breeze. But at the same time, the amount of electricity supplied increases as the wind turbines spin faster - P decrease Qq?
Final answer:
The scenarios are labeled with the correct combination of price change and quantity change.
Explanation:
a. The increase in both demand and supply would lead to a higher quantity of lemonade being exchanged in the market, but the direction of the price change cannot be determined from the given information. Hence, the combination is 'P?, Q+'.
b. The decrease in both demand and supply would lead to a lower quantity of ice cream being exchanged in the market, but the direction of the price change cannot be determined from the given information. Hence, the combination is 'P?, Q-'.
c. The increase in demand and decrease in supply would lead to a higher price and an indeterminate change in quantity. Hence, the combination is 'P+, Q?'.
d. The decrease in demand and increase in supply would lead to a lower price and a higher quantity of electricity being exchanged in the market. Hence, the combination is 'P-, Q+'.
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Related Questions
The returns on the Bledsoe Small-Cap Fund are the most volatile of all the mutual funds offered in the 401(k) plan. Why would you ever want to invest in this fund? When you examine the expenses of the mutual funds, you will notice that this fund also has the highest expenses. Does this affect your decision to invest in this fund?
who bears the greatest risk of loss of value if a firm should fail? group of answer choices bondholders common stockholders all of the above bear equal risk of loss. preferred stockholders
Use below information to prepare general journal entries for Belle Co.’s 1 through 7 transactions. a. D. Belle created a new business and invested $5,900 cash, $6,900 of equipment, and $12,900 in web servers in exchange for common stock. b. The company paid $6,000 cash in advance for prepaid insurance coverage. c. The company purchased $800 of supplies on account. d. The company paid $600 cash for selling expenses. e. The company received $6,000 cash for services provided. f. The company paid $800 cash toward accounts payable. g. The company paid $4,000 cash for equipment.
Differential analysis is a common method used when making which decisions?a. long-term capital project decisionsb. short-term business decisionsc. sunk cost decisionsd. long-term business decisions
What is the most Mira Mesa can pay for the synthetic material per unit (refrigerator) and meet its profitability goal?
Answers
Answer:
$126
Explanation:
We can calculate the amount Mira can pay for the synthetic material per unit (refrigerator) and meet its profitability goal by deducting the estimated profit and then all the cost from the selling price per unit.
Selling price per unit $260
Less
estimated return (260x30%) = ($78)
Labor costs ($32)
Overhead costs ($24)
Material $126
Amount Mira can pay for Synthetic material per unit is $126
Answers
Answer:
$967.20
Explanation:
the YTM formula = {coupon + [(face value - present value)/time]} / [(face value + present value)/2]
to determine the coupon rate we fill the equation with the known factors:
0.065 = {coupon + [(1,000 - 1,050)/12]} / [(1,000 + 1,050)/2]
0.065 = (coupon - 41.67) / 1,025
66.625 = coupon - 4.167
coupon = 66.625 + 4.167 = $70.792
three years later, the YTM = 7.5%, what is the PV? Again we use the YTM formula:
0.0775 = {70.792 + [(1,000 - x)/6]} / [(1,000 + x)/2]
0.0775(500 + 0.5x) = 70.792 + 166.67 - 0.1667x
38.75 + 0.03875x = 237.462 - 0.1667x
0.20545x = 198.712
x = 198.712 / .20545
x = $967.20
They should have a different design than the business card.
They provide the contact information for a business.
They are seldom needed in small organizations.
Business cards and letterheads should be of similar design.
They have the same information as a business card.
Answers
Answer:
B- They provide the contact information for a business.
E- Business cards and letterheads should be of similar design
Explanation:
A letterhead is the heading found at the top of a paper and it usually includes the name of the organization, the logo and the contact information. The letterheads help to provide a professional image and consistency should be maintain in all the business stationery. According to that, the answer is that the two statements that describe letterheads are: they provide the contact information for a business and business cards and letterheads should be of similar design.
hope this helps pls let me know
Answers
Answer:
$218
Explanation:
Answers
Answer:
Check the explanation
Explanation:
- The foremost thing is to first consider steady states. The Sluggish population growth rate swings in the line representing population growth and depreciation to the downward trend.
- The new stable rate has a superior level of capital per worker thereby having a higher level of output per worker.
- In Steady state, the entire output develops at rate n, whereas the output rate per worker grows at figure 0. Hence, slower population growth will hamper the figure of total output growth, but the rate of per-worker output growth will be the same.
- Now reflect on the transition. We know that the constant-state level of output per worker is higher with little population growth. Hence, for the period of the transition to the new steady state, output per worker should grow at a rate faster than 0 for a sometime.
B. about 30 years
C. about 40 years
D. about 120 years
E. East Quippanova will never be able to catch up with West Swimsuit
Answers
Answer:
correct option is B. about 30 years
Explanation:
given data
real per capita GDP west = $10,000
annual growth rate = 2.33%
real per capita GDP east = $2,500
annual growth rate = 7%
to find out
How many years will it take for East to catch up GDP of West
solution
we know here that future value is equal to real GDP of west after time will be
future value = real per capita GDP west ×
future value = 10000 × .....1
and
future value = real per capita GDP east ×
future value = 2500 × .....2
compare equation 1 and 2
10000 × = 2500 ×
4 =
t = about 30 years
so correct option is B. about 30 years
Final answer:
It will take approximately 30 years for the real per capita GDP of East Quippanova to match that of West Swimsuit. The calculation was made using the formula for compound growth and by comprehending annual percentage growth rates for each nation.
Explanation:
This problem involves computing compound growth over time, specifically in the matter of real per capita GDP (Gross Domestic Product). It's a common kind of calculation in economics. The formula we use to solve it is based on the law of exponential growth.
East Quippanova’s per capita GDP (E) is growing at a faster rate than that of West Swimsuit (W). So, in terms of the formula, we state that the GDP of East Quippanova will equal West Swimsuit's when E(1+ 0.07)^t = W(1+ 0.0233)^t. By substituting the given GDP per capita values in those formulas, we get 2,500(1+ 0.07)^t = 10,000(1+ 0.0233)^t.
Now, dividing both sides by 2,500, we have (1+ 0.07)^t = 4 (1 + 0.0233)^t. To isolate 't', we can take the natural logarithms of both sides and use the properties of logarithms to derive the final equation: t = ln(4) / (ln(1.07) - ln(1.0233)). Solving this equation we find that t is approximately equal to 30 years. Therefore, it will take roughly 30 years for East Quippanova to match the real per capita GDP of West Swimsuit.
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