Answer:
b. to reduce deposits
Explanation:
A Capital requirement refers to the amount of capital that a financial institution must have to meet the requirements set by it's financial regulator. All of the answers provided are purposes that this hopes to accomplish except for reducing deposits. It actually hopes to increase deposits which means more customers that are coming in.
G90.523 is the answer I think
Answer:
b. variable interval
Explanation:
Schedules of reinforcement based on lapsed time are known as interval schedules. They are either fixed-interval or variable-interval schedules.
Variable-interval schedules provide reinforcement/reward after random time-interval. The interval of time is irregular but revolves around some average length of time. Reinforcement is therefore dispensed unevenly within a stated period.
Answer:
TAKT time: 840 seconds
maximum output: 315 coolers.
Explanation:
The takt time refers to matching the production pace with the demand
To produce 30 coolers per 7-hours day we need an outpot of:
7 hours x 60 minutes x 60 seconds = 25,200
output of 30 coolers
takt: 25,200 / 30 = 840 seconds
producing a cooler every 840 seconds is the takt time.
Maximum output:
If the company does several cooler in parallel it will have a bottle neck in the longest individual task so, this time determinates the maximum output.
25,200 second of working time available
80 second longest task to complete a cooler:
25,200 / 80 = 315 coolers.
Answer:
Annual deposit = $326,265.88
Explanation:
<em>The amount to be set aside annually to accumulate $2.5 million in 7 years time ca n be worked out using the future value of an ordinary annuity formula.</em>
The formula is given as follows:
FV = A×( (1+r)^n - 1)/r).
A= FV/ ((1+r)^n - 1)/r
FV - Future value
A- annual deposit
n- number of years
r- rate of return
FV - $2.5 million
A- ?
n- 7
A=2,500,000 ÷ (1.03^7 - 1)/0.03 = 326,265.88
Annual deposit = $326,265.88
