Given that: F (Future worth) = $2,500, i (nominal interest rate)
= 0.12, compounded monthly = 12 months, years of investment = 1 year, and no.
of employees = 20. Compute using the annuity formula: A=Fi/(((1+i)^n)-1).
Calculating i = 0.12/12 = 0.01, since it is compounded monthly. Calculating n
(total number of compounding) = 1 x 12 = 12, since year of investment is equal
to 1. Substituting F=2500, i=0.01 and n=12 to the annuity formula, you will get
A=$197.12. Multiply by 20, you will get $3,942.44.
Answer: A - Rapid elasticity
Explanation: Rapid elasticity is a cloud computing term for scalable provisioning, or the ability to provide scalable services. It allows users to automatically request additional space in the cloud or other types of services.
Those who provide guidelines for cloud computing recommend tools like monitoring and audit trails to tightly control all of the diverse requests and transactions that happen in the provision of cloud services, and the rapid elasticity that provides so much benefit to those who use the cloud.
Answer:
D) $45,000
Explanation:
The computation of the amount which is included in the current liability section is shown below:
= Account payable balance + bonds payable - discount on bonds payable + dividend payable
= $15,000 + $25,000 - $3,000 + $8,000
= $45,000
The current liability is that liability which is arise for one year. Since, the notes payable is a long term liabilities so we do not consider in the computation part.
Answer:
The thief has a 0.11% probability of hitting the pin code on the first try.
Explanation:
Simply, if the ATM card has a 3-digit code that can be repeated, and the board has 9 numbers (for example, from 1 to 9), we must start from the smallest number that could be formed with these numbers to the highest number that these numbers could also compose, which in the case would be 111 and 999. Then, 889 different numbers could be formed (it is the distance between 111 and 999), with which the possibility of hitting the key to the first attempt would be 1 in 889 times, or 1/889.
To take the probability to a percentage, we must know that 889 / 8.89 gives 100. Therefore, dividing 1 / 8.89 we will know the percentage of probabilities of hitting the key on the first attempt: 1 / 8.89 = 0.11.
This shows us that the thief has a 0.11% probability of hitting the key on the first try.
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