Answer:
Before the listing agreement is signed.
Explanation:
A listing agreement is a contract between a property owner and a real estate broker asking the real estate broker to get a buyer for his or her property. The property owner implements the listing agreement so as to empower the real estate broker to act in the capacity of the agent to the owner in the course of trying to sell the property. Generally certain commission is paid to the real estate broker by the property owner.
Answer:
-4.3; inelastic
Explanation:
Initial price = $6.45
Initial quantity demanded = 600
New price = $6.95
New quantity demanded = 400
Percentage change in Quantity demanded:
= (Change in quantity demanded ÷ Initial quantity demanded) × 100
= [(400 - 600) ÷ 600] × 100
= (-200 ÷ 600) × 100
= 0.3333 × 100
= -33.33%
Percentage change in price:
= (Change in price ÷ Initial price) × 100
= [($6.95 - $6.45) ÷ $6.45] × 100
= ($0.5 ÷ $6.45) × 100
= 0.0775 × 100
= 7.75%
Therefore, the price elasticity of demand is as follows:
= Percentage change in quantity demanded ÷ Percentage change in price
= -33.33 ÷ 7.75
= -4.3
Hence, the price elasticity of demand is inelastic.
The relationship between cost, revenue and profit can be presented using the formula:
Profit = Revenue - Cost
However, in the table given, the number of bikes produces varies. We cannot properly compare the profits per day. To be consistent, let us determine the profit per unit of bike produced. Simply divide the profit with the number of bikes produced (1st column). After you see the results, we can see that the highest profit is $17.5 per unit of bike produced. Therefore, the maximum profit can be attained when 4 bikes are produced each day.
Answer:
Explanation:
D1 = $1(1+0.25) = 1.25
D2 = $1.25(1+0.25) = 1.5625
D3 = $1.5625(1+0.25) = 1.953
D4 = $1.953(1+0.25) = $2.05
Current value = P0 =
= 1.25/(1+0.18) + 1.5625/(1+0.18)^2 + 1.953/(1+0.18)^3 + 2.05/(0.18-0.05) * (1+0.18)^(-3) =
=$12.96
Current value of the stock is 12.96
Answer:
$5 per unit.
Explanation:
At an activity level of 3,000 units, we have:
Variable cost per unit = Total variable cost / Units produced = $15,000 / 3,000 = $5
Since the variable cost per unit must be equal at both lowest and highest level of activities, theerefore, the variable cost per unit at 3,500 is also $5 per unit.
