Answer:
Explanation:
The <u>nominal</u> interest rate is quoted by borrowers and lenders-------------
then you <u>can</u> use the APR------------
different compounding periods, then the effective annual rate must------
If a loan or investment uses <u>annual</u> compounding, then the nominal--------
However, if compounding occurs more than once a year, EAR is the effective INOM
Quantitative problem:
Effective annual rate of Bank 2 (assuming its APR is 6%) = (1.015)^4 – 1 = 0.061364
To get the same EAR, Bank 1 should charge per half year 1.061364^(1/2) – 1 = 0.030225
The nominal interest rate (APR)= 0.030225*2 = 0.06045 = 6.05%
Answer:
To determine the current equivalent cost of a construction built in 1980 whose cost was $ 2.7 million, we must establish the relationship between the price index for that year, comparing it with that of the current year.
Taking into account that the average cost index for 1980 was 1941, and that said value is currently 3620, we can note that there was a significant increase in costs. Since 3620/1941 = 1.86, to determine the current cost of construction we must multiply its cost by 1.86.
So, since 2.7 x 1.86 = 5.022, we can establish that the equivalent cost at current prices of said building would have been $ 5,022,000.
<span>"esprit de corps” is mostly associated with loyalty and camaraderie. The following (order and discipline, morale, goals and accountability, mentoring, communication) are related to the meaning of the phrase.
a. order and discipline are evident in a group when the team respects the leader, as well as the leader respects his team. This is the foundation of discipline.
</span>
Answer: 1 2 7 8
Explanation: plz mark me as brainiest im begging
Answer:
The upper limit is 10.1
The lower limit is 9.91
Explanation:
Given that:
The mean fill level (μ) = 10.01 ounces,
Standard deviation (σ) = 0.25 ounces
Number of sample bottles (n) = 20
The limits of the sample mean = 92% = 0.92
α = 1 - 0.92 = 0.08
The z value of 0.04 is the same as the z value of 0.46 (0.5 - 0.04). From the probability distribution table:
The margin of error (e) is given by:
The upper limit = μ + e = 10.01 + 0.1= 10.1
The lower limit = 10.01 - 0.1 = 9.91
