It is used to record sounds that you can hear.
Answer:
Because the current money multiplier is <u>2</u>, the Fed would <u>BUY $500,000</u> worth of bonds, <u>INCREASING</u> the monetary base and so increasing the money supply by $1 million.
Explanation:
if the Fed wants to increase the money supply by $1 million, then it would need to purchase US securities worth $500,000. The formulas used to calculate the impact of the Fed's operations are:
increase in money supply = additional funds x money multiplier
- money multiplier = 1 / reserve ratio = 1 / 50% = 2
- desired increase in money supply = $1 million
$1,000,000 = additional funds x 2
additional funds = $1,000,000 / 2 = $500,000
Answer:
85 less rooms this year than last
Explanation:
The number of rooms (n) occupied for this month last year is given by the Room Revenue ($231,470) divided by the daily rate ($76.72):
The number of rooms occupied last year is larger than the number of rooms occupied this year by:
The hotel occupied 85 less rooms this year than last.
If a supply chain manager can reduce inventory while keeping the flow rate constant, little's law predicts flow time will go down.
Little's Law is a theorem that calculates the average number of items in a stationary queuing system based on an item's average waiting time and the average number of items arriving at the system per unit of time.
The law establishes a straightforward and obvious method for evaluating the efficiency of queuing systems.
The notion is extremely important for business operations since it states that the number of items in the queuing system is determined primarily by two essential variables and is unaffected by other factors such as service distribution or service order.
Hence, the answer is that the flow time will go down.
Learn more about supply chain:
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