Advantages<span> of EDP. </span>Electronic<span> Data Processing (EDP) is the digital management of </span>databases<span>, typically stored on a shared server and allow simultaneous access to all parties. There are several distinct </span>advantages<span> to employing EDP: Speed</span>
Answer:
The answer is: C) Investment spending by businesses varies inversely with the interest rate.
Explanation:
This statement is true all the time. When a company evaluates the costs and benefits of an investment, interest rate plays a fundamental part in those calculations. The two basic reasons for that are:
- The higher the interest rate a company (or any individual) has to pay for a loan, the harder it is for the company to repay the loan.
- The interest rate a bank charges is usually correlated to the opportunity cost of an investment. The higher the interest rates banks charge, the higher the internal rate of return (which is used to calculate the Net Present Value of an investment) will be. This is because banks don´t print money, they take in deposits and then they loan the money the someone else. So if the interest rate the bank charges is high, usually the interest rates the bank pays for the deposits is also high. Instead of investing, a company might just put their money on the bank and earn a better return rate.
Answer:
Semi-strong form efficiency.
Explanation:
Semi-strong form efficiency contends that security prices have factored in publicly-available market and that price changes to new equilibrium levels are reflections of that information. It is considered the most practical of all Efficient Market Hypothesis(EMH) hypotheses but is unable to explain the context for material nonpublic information (MNPI). It concludes that neither fundamental nor technical analysis can be used to achieve superior gains and suggests that only MNPI would benefit investors seeking to earn above average returns on investments.
Answer:
(a) 0; 0
(b) $150 per hour; $16.67 per hour
(c) (b) $150 per hour; $53.57 per hour
Explanation:
(a) Number of hours = 125
Marginal cost = 0 (since service is cost less upto 200 hours)
Average cost = 0
(b) Number of hours = 225
Marginal cost = $150 per hour
Total cost = $150 × (225 - 200)
= $150 × 25
= $3,750
Average cost = Total cost ÷ Number of hours
= $3,750 ÷ 225
= $16.67 per hour
(c) Number of hours = 325
Marginal cost = $150 per hour
Total cost = $150 × (325 - 200)
= $150 × 125
= $18,750
Average cost = Total cost ÷ Number of hours
= $18,750 ÷ 325
= $53.57 per hour
