The weekly demand would be 76.5. Demand is an economic concept that refers to a consumer's desire to buy goods and services as well as their willingness to pay a certain price for items.
When the price of a good or service rises, the quantity demanded falls. To meet demand, multiple stocking strategies are frequently required. Similarly, lowering the price of items or services raises the quantity demanded.
Demand is a concept that both consumers and businesses are familiar with because it makes sense and occurs naturally throughout almost any day. When prices rise, such as when the seasons change, shoppers buy fewer items, or none at all.
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Answer: $700
Explanation:
Based on the information given in the question, the optimal price for this new jPad, which can be assumed to operate in a monopoly will be calculated thus:
P = 2000+Q
TR = P × Q
TR = (2000 + Q) × Q
TR = 2000Q + Q²
MR = 2000 + 2Q
MC = 600
Since marginal revenue equals to marginal cost, this will be:
MR = MC
2000+2Q = 600
2Q = 2000 - 600
2Q = 1400
Q = 1400/2
Q = 700
Franchising is a contractual agreement between a firm, the franchisor, and another firm or individual, known as the franchisee.
Complete Question:
If a firm that repairs both motorcycles and cars is able to do so at a lower cost than a firm that repairs only one or the other, this would be an example of __________.
Group of answer choices
A. economies of scope
B. economies of scale
C. monitoring
D. increasing transactions costs
Answer:
A. economies of scope
Explanation:
If a firm that repairs both motorcycles and cars is able to do so at a lower cost than a firm that does only one or the other, this would be an example of economies of scope.
Economies of scope can be defined as an economic factor which makes proportionate savings possible as well as reducing the cost of production when products are manufactured together instead of manufacturing them individually or separately.
Answer:
Change in Investment (Government Spending) = $200
Explanation:
Multiplier = k =∆Y/∆I = 1/(1-MPC)
Needed ∆Y = $1000 ; MPC = 0.8
1000/ ∆I = 1 / (1-0.8)
1000/∆I = 1 / 0.2
1000/∆I = 5
∆I = 1000/5
∆I = 200
