Answer:
b. Achieve operational excellence in order to reduce costs and thereby pass on the savings to patients
Explanation:
Arvind Eye Hospitals in India demonstrates the use of recombinant innovation. This innovation helps in making healthcare easier and more successful.
The innovation also serves as an operational excellence in order to reduce costs which causes a ripple effect in passing on the savings to the patients in question.
A required reserve ratio of 7 percent gives rise to a simple deposit multiplier of 14.29.
<h3>What is reserve ratio?</h3>
The reserve ratio is the percentage of reservable liabilities which commercial banks must keep rather than lend or invest. This is a requirement set by the country's central bank, which is the Federal Reserve in the United States. It is also referred to as the cash reserve ratio.
Some key points related to reserve ratio are-
- The reserve requirement is the minimum amount of deposits that a bank must hold, and it is sometimes used interchangeably with the reserve ratio.
- Regulation D of the Federal Reserve Board establishes the reserve ratio.
- Regulation D established uniform reserve requirements with all deposit accounts with transaction accounts and necessitates banks to provide the Federal Reserve with regular reports.
- Suppose the Federal Reserve determined that the reserve ratio should be 11%. This means that if a bank has $1 billion in deposits, it must keep $110 million in reserve ($1 billion x.11 = $110 million).
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C. The tools and processes that surround us to gather and interpret data can be defined as an information technology environment.
Our environment is what surrounds us - so if the environment is technological, then different types of technologies and tools are what fall under that category.
Answer:
annual payment = $2,362.88
Explanation:
we must first calculate the future value of the loan at the end of year 4 = $6,226 x (1 + 11%)⁴ = $9,451.51
using the present value of an annuity formula we can determine the annual payment:
annual payment = present value of an annuity / PV annuity factor
- present value of an annuity = $9,451.51
- PV annuity factor 11%, 4 periods = 3.1024
annual payment = $9,451.51 / 3.1024 = $2,362.88
