This includes things like maintaining security protocols and supporting network connectivity during upgrades, denial of service attacks and patch management.
Peakhour phone software#
This requires much more than just malware detection software on your Mac, you need powerful comprehensive 24/7 network monitoring that protects your network of Macs or PCs round the clock. The bigger your company or business grows, the harder it is to monitor security threats, back-doors and other security holes in your network.
Peakhour phone for mac#
But when you look closely then they both can be wrong and the only choice that explains the descrepancy in the statement is answere choice B.Remote network monitoring software for Mac or Remote Monitoring Management (RMM) is essential to secure IT networks remotely. I still stick to B and would wait for the OA and OE.Īt frist, both A & B seems correct. Note that B account for this by saying that the company billed FAR more NP hours. In some cases, R can even be less with higher N*L because the difference in P is more significant (Your example above). In other cases, this can because L was more with constant or lesser N.īut in every case, there R is greater inspite of lower P, N*L will be greater. In some cases, this can be because N was more with constant or lesser L. We are told that inspite of the value of P being less, R is more. Now, M = No.of calls (N) * Average Length per call (L) Revenue R = Total no of minutes (M) * Rate per min (P) Revenue by P ie 20$ is greater than that by P ie15$ Let cost/min for P be 2$ and cost/min for NP be 1$. Out of C and B, B is the correct answer because it satisfies our equation above and logically explains how the revenues could be higher inspite of the lower rate. D is out because we are talking about revenues.
Revenue = Duration * Rate per unit duration.įurther, duration = average length of call * no of calls.Īs you can see, neither no of calls nor the length of the call by themself can account for the revenue. This is a common trap in GMAT and unfortunately many of us fall for it so often.
When the length of the call of the non peak hour increases the revenue increases. (E)The total number of non-peak hour phone calls exceeds the total number of peak hour phone calls. (D)The average cost to the telephone company of a peak minute of conversation exceeds the average cost to the telephone company of a non peak minute (C)The higher rate of peak-hour calls more than compensates for the fewer minutes of peak-hour conversation (B)The company billed customers for more minutes of non-peak hour conversation than minutes of peak hour conversation (A)The average length of a telephonic call made during non peak hours is greater than that of those made during peak hours. Which of the following, if true, would most effectively resolve the apparent discrepancy in the arguement above? However, the revenues generated by telephone calls made during non-peak hours is much greater than that generated by calls made during peak hours. A certain telephone company practices "peakload pricing", wherein it charges more per minute of usage during limited peak hours than during non-peak hours.
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