The supply curve will shift upward if a tax is levied on the sellers of a product.
<h3>What is a supply curve?</h3>
A supply curve shows the graphical representation of the price of the product and the quantity of the product for the given time period.
When a supply curve shift upwards, it shows a decrease in the supply of the goods and increase in the price of goods. This shows how the curve will shift with a change in the prices of goods.
A supply will get a shift in the direction due to factors like the cost of input, changes in technology, events caused by natural shifts and so on.
Learn more about the supply curve, here:
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Answer:
Total profit for units sold for consignor is 15240 $
Explanation:
Revenue generated from the sale is equal to 40 * 750 $ = 30000$. Since this is consignment sale, revenue belongs to consignor minus the commission and expenses of the consignee. Therefore: 30000-1500-500-680 = 27320$. As the cost of each set was 250 and 40 sets were sold, total amount is 10000 and the cost of shipping 40 sets was 2080, total profit is therefore 15240$. The cost of shipping 40 sets we can get if we divide total cost with the number of sets shipped. Then we get cost per unit and since 40 sets was sold the shipping cost of that sale was 2080$.
Monthly payment = $1774.71
Effective annual rate = 7.02%
The equation for a loan payment is
P = r(PV)/(1-(1+r)^(-n))
where
P = Payment per period
PV = Present value
r = interest rate per period
n = number of periods
Since the 6.8% interest rate is APR, we need to divide by 12 to get the interest per month. So in the above equation r = 0.068/12 = 0.005666667, the number of periods is 48 and the Present Value is 74400. Let's plug in the numbers and calculate.
P = r(PV)/(1-(1+r)^(-n))
P = 0.00566666666666667(74400)/(1-(1+0.00566666666666667)^(-48))
P = 421.6/(1-(1.00566666666666667)^(-48))
P = 421.6/(1-0.762439412691304)
P = 421.6/0.237560587308696
P = 1774.70516
So the month payment rounded to 2 decimal places is $1774.71
The effective interest rate is
ER = (1 + r/12)^12 - 1
Let's plug in the numbers and calculate.
ER = (1 + 0.068/12)^12 - 1
ER = (1 + 0.00566666666666667)^12 - 1
ER = (1.00566666666666667)^12 - 1
ER = 1.07015988024972 - 1
ER = 0.07015988024972 = 7.015988024972%
So after rounding, the effective interest rate is 7.02%
Answer: B. Both firm A and firm B choose the low price.
Explanation:
Both firm A and Firm B will choose the low price and make profits of $3 if there is no cooperation.
This is because at any other price, the other firms could go with the low strategy and get more profit.
For instance, if Firm A is using a low price and Firm B is using a high price then Firm A makes profit of $10 whilst B makes $1.
Conversely, if Firm B charges a low price and A a high price, A will make paltry profits of $1 while B would make $10.
Their best option therefore is to both pick the low price and make $3.
If they were cooperating they could both charge a high price and make $5 each.
Your question was incomplete so I attached the payoff matrix.