Answer:
To deploy and integrate security features in a shorter period of time
Explanation:
Given that accelerator in cybersecurity is a means of enhancing the implementation and information of security measures in a very faster way.
Therefore, the purpose of Accenture's Security practice of using several accelerators when building solutions for their clients is "to deploy and integrate security features in a shorter period of time."
<span>The correct answer is She can use a complex query linking student scores by name and available study period, then sort the data and group it. By doing this, she would have used both tables to make a decision on how to group the students for a review class.</span>
Answer:
The amount to be paid for the contract today = $220,908.32
Explanation:
<em>The amount to be paid for the contract today will be equal to the present value of the annuity of $22,500 payable for 20 years discounted at a rate of 8% per annum.</em>
Present Value = A ×( 1 - (1+r)^(-n))/r
A- 22,500, r- rate of return - 8%, n -no of years 20 years
PV = 22,500 ×( 1-(1.08)^(-20) )/ 0.08
PV = 22,500 ×9.8181
PV = $220,908.32
The amount to be paid for the contract today = $220,908.32
Answer:
Ending inventory cost= $1,494
Explanation:
Giving the following information:
Beginning Inventory: 300 $780
Purchases:
May 10: 400 units for $1,170
June 15: 500 units for $1,260 ($2.52 per unit)
August 28: 300 units for $990 ($3.3 per unit)
The company had 500 units were in its ending inventory at the end of the year.
Under FIFO (first-in, first-out), the ending inventory cost is calculated using the cost of the last units incorporated.
Ending inventory cost= 300*3.3 + 200*2.52= $1,494
Answer:
A. Take $1 million now.
Explanation:
A. If we take $1 million now the present value of the money is $1 million.
B. If we choose to take $1.2 million paid out over 3 years then present value will at 10% will be;
$300,000 + $300,000 / 1.2 + $300,000/ 1.44 + $300,000 / 1.728
$300,000 + $250,000 + $208,000+ $173,611 = $931,944
The present value of option B is less than present value of option A. We should select option A and take $1 million now.
