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24 Dec 2024, 02:04
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Bunuel
(A) Whether the software application can also perform well in conditions with stable network connectivity.
This information is irrelevant to evaluating whether the algorithm enables the software to perform well under extreme conditions. The claim focuses on extreme conditions, not performance under stable conditions. Incorrect.
(B) Whether other software applications in the closely related category also utilize a similar algorithm.
If other applications with similar algorithms also perform well in extreme conditions, it strengthens the claim that the algorithm is key. Conversely, if other applications with similar algorithms fail under these conditions, it weakens the claim. This directly addresses whether the algorithm is responsible for the performance. Correct.
(C) Whether the software application's efficient handling of packet loss is associated with slower data transmission rates in normal conditions.
While this could be relevant for assessing trade-offs or limitations of the software, it does not address whether the algorithm is the key to its performance in extreme conditions. Incorrect.
(D) Whether using the software in extreme network conditions will, over time, improve the network’s stability.
This is unrelated to the argument, which is focused on the software's performance, not its potential impact on the network. Incorrect.
(E) Whether the efficiency of the algorithm declines as the network conditions worsen.
If the algorithm's efficiency declines significantly in worsening conditions, it will still not prove for sure that the algorithm is the sole reason since a third thing might be causing both. Incorrect.
24 Dec 2024, 02:58
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Bunuel
Conclusion: the application's unique algorithm must be the key feature that allows it to operate effectively in these extreme conditions
(A) Whether the software application can also perform well in conditions with stable network connectivity.
We are evaluating the argument in light extreme network conditions. Hence, this information is not helpful. We can eliminate A.
(B) Whether other software applications in the closely related category also utilize a similar algorithm.
We can keep B.
If the answer is Yes - the conclusion gets weakened.
If the answer is No - the conclusion is strengthened.
(C) Whether the software application's efficient handling of packet loss is associated with slower data transmission rates in normal conditions.
This information is irrelevant in drawing the conclusion. Hence, we can eliminate this option.
(D) Whether using the software in extreme network conditions will, over time, improve the network’s stability.
The conclusion is not concerned with improving network stability. Hence, the information is out of scope. Eliminate D.
(E) Whether the efficiency of the algorithm declines as the network conditions worsen.
This doesn't matter a lot. Even if the efficiency decreases, the algorithm could still be responsible for efficient handling of data packet loss in extreme condition.
Option B
24 Dec 2024, 03:27
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Although the argument shows that the software is efficient in handling high pressure scenarios we also need to see whether the software can work efficiently in normal situations as well. hence option C is the correct answer as it is on the same lines. if the packet loss leads to slower data transmission rates in normal conditions then it is not good
Bunuel
Mantrix
Joined: 13 May 2023
Last visit: 27 Sep 2026
Posts: 260
Given Kudos: 44
Location: India
Schools: MiM '26 HEC MiM '26 Imperial (A) IESE
GMAT Focus 1: 595 Q87 V75 DI77 
GMAT Focus 2: 635 Q84 V81 DI80
GPA: 9
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24 Dec 2024, 03:27
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P1: A certain software application is one of a few in a closely related category that operates effectively under extreme network conditions
P2: Studies revealed that it utilizes a unique algorithm that handles data packet loss more efficiently than standard methods.
P3: unique algorithm is reason allows it to operate effectively in these extreme conditions.
In evaluating the argument, it would be most important to determine which of the following?
(A) Whether the software application can also perform well in conditions with stable network connectivity.
yes, No effect on the cause-and-effect thing
No, No effect in the cause and effect.
(B) Whether other software applications in the closely related category also utilize a similar algorithm.
yes, then they should also work in the worse Weather (weakening)
No, then it is the only reason that is making the application work in the worse weather. (Strengthens)
Yes, then it is the answer
(C) Whether the software application's efficient handling of packet loss is associated with slower data transmission rates in normal conditions.
even if it is, no effect on conclusion
and Even if it is not, no effect on conclusion
Very irreverent
(D) Whether using the software in extreme network conditions will, over time, improve the network’s stability.
if it improves the stability, no effect(irreverent)
If it doesn't improve the stability, no effect(irreverent)
(E) Whether the efficiency of the algorithm declines as the network conditions worsen.
(we are not concern about the efficiency and network condition) - Not helps in evaluating
P2: Studies revealed that it utilizes a unique algorithm that handles data packet loss more efficiently than standard methods.
P3: unique algorithm is reason allows it to operate effectively in these extreme conditions.
In evaluating the argument, it would be most important to determine which of the following?
(A) Whether the software application can also perform well in conditions with stable network connectivity.
yes, No effect on the cause-and-effect thing
No, No effect in the cause and effect.
(B) Whether other software applications in the closely related category also utilize a similar algorithm.
yes, then they should also work in the worse Weather (weakening)
No, then it is the only reason that is making the application work in the worse weather. (Strengthens)
Yes, then it is the answer
(C) Whether the software application's efficient handling of packet loss is associated with slower data transmission rates in normal conditions.
even if it is, no effect on conclusion
and Even if it is not, no effect on conclusion
Very irreverent
(D) Whether using the software in extreme network conditions will, over time, improve the network’s stability.
if it improves the stability, no effect(irreverent)
If it doesn't improve the stability, no effect(irreverent)
(E) Whether the efficiency of the algorithm declines as the network conditions worsen.
(we are not concern about the efficiency and network condition) - Not helps in evaluating
