Answer:
By how much are customers paying early or late?
Explanation:
Days sales outstanding (DSO) represents the average number of many days it takes a business to collect its accounts receivables.
DSO = (accounts receivables / total credit sales) x 365 days
DSO = ($60,000 / $325,000) x 365 days = 67.38 days
customers are paying late by 67.38 days - 45 days = 22.38 days
Answer:
The demand for money falls and the interest rate falls.
Explanation:
Price level can be described as the evaluation of the amount in which goods and services are sold in the market. A change in the price level can greatly affect the demand of a customer either positively or negatively.
A decrease in the price level enables a customer to purchase more products and at the same time save some amount of money, this results in the reduction of interest rates.
When the price level reduces, individuals will need less amount of money to buy the same quantity and type of product.
Firms have<span> no</span>incentive<span> to </span>increase production<span> to take advantage of higher prices </span>if<span> they simultaneously face equally higher resource prices. So the answer to this question is No. </span>The<span> availability and productivity of real resources is reflected </span>in the<span> prices of inputs, and </span>in the<span> long run these </span>input prices<span> (including wages) </span>adjust<span> to match </span><span>changes in the price level.</span>
Answer:
$20,909.09
Explanation:
We have been given that Slotnick Chemical received $230,000 from customers as deposits on returnable containers during 2018. 10% of the containers were not returned. The deposits are based on the container cost marked up 10%.
The price after mark-up would be 
To find the profit on the forfeited deposits, we will divide $230,000 times 10% by 110% as:
Therefore, Slotnick realize a profit of $20,909.09 on the forfeited deposits.
Answer:
A. Using a cap-and-trade system of tradable emission allowances will eliminate half of the sulfur dioxide pollution at a cost of $5,000 million per year.
B. If permits cannot be traded, then the cost of the pollution reduction will be $6,000 million per year
Explanation:
A. Using a cap-and-trade system of tradable emission allowances will eliminate half of the sulfur dioxide pollution at a cost of $5,000 million per year.
(250x20) =$5000
B. If permits cannot be traded, then the cost of the pollution reduction will be $6,000 million per year
[250(10)+350(10)]
=$2,500+$3,500
=$6,000
