Answer:
The option (b) 2.4 is correct.
Explanation:
We can find price elasticity of demand by using the formula shown in the attachment attached with.
Since we know the quantities of product associated with the market price of the product, by putting values in the equation we have:
Price elasticity of Demand =
= [(6000 - 4000) / (6000 + 4000)/2] / [(13 - 11) / (13+11)/2]
Price elasticity of Demand = 2.4
So this is how we can find the price elasticity of supply which says that the producers will respond to prices drop by producing lower quantity of product.
Answer:
b. social benefits will be greater than private benefits
Explanation:
Positive externalities can be defined as those that produce positive effects for society in relation to the consumption of a good or service.
This is because the social benefit is the sum of the private benefit plus the sum of the external benefit.
An example of positive externality pertinent to the present is the fact that vaccinating people generates greater positive effects on society, because when vaccinating an individual there is less chance of having more people infected with some disease.
So it is correct to say that the social benefits will be greater than the private ones. Letter b.
Answer:
Now we're in the Pleasant Park streets
Look at the map, go to the marked sheet
Answer:
$21
Explanation:
As we know that
The inventory should be recorded in the books of accounts by applying the lower value of cost or net realizable value
In the given case
The cost is $23
And, the net realizable value is
= Expected selling price - selling cost
= $36 - $15
= $21
So by comparing the cost and net realizable value, the net realizable value contains the lower value i.e $21 and the same is recorded on the balance sheet for inventory
Answer:
A) $10,195
Explanation:
This can be calculated as follows:
Amount in Account "B" = $12,850.25
Remaining balance after moving $2,500 from Account "B" to account "A" = Amount in Account "B" - $2,500 = $12,850.25 - $2,500 = $10,350.25
Amount moved from account "B" to account "C" = Remaining balance after moving $2,500 from Account "B" to account "A" * 1.5% = $10,350.25 * 1.5% = $155.25
Balance after moving 1.5% of the remaining balance in account "B" to account "C" = Remaining balance after moving $2,500 from Account "B" to account "A" - Amount moved from account "B" to account "C" = $10,350.25 - $155.25 = $10,195
Therefore, the correct option is A) $10,195.
