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the argument is:- since no improvement has been made in the new drones and the volume of deliveries is likely to increase, we can say that number of such accidents are likely to increase.
IMO E
cause it gives another reason for increase in drone accidents at the first place.
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Bunuel
Increased use of autonomous delivery drones is sometimes advocated as a safe way to transport packages in crowded urban areas. But opponents of drone delivery point to the 60 incidents involving unexpected loss of control that were reported just last year at two existing drone-delivery companies operating in major cities. Since designs for proposed new drone fleets include no additional safeguards to prevent such losses of control, accidents will only become more prevalent if use of drone delivery increases.

Which of the following, if true, most seriously weakens the argument?

(A) In only a small fraction of the reported incidents did a drone’s loss of control result in property damage or injury.
(B) Other methods of package delivery, such as bicycle couriers, have not been proven less accident-prone than drone delivery.
(C) The current fleets at existing drone-delivery companies are large enough to handle increased delivery volume without any need for new drones.
(D) The frequency of unexpected loss-of-control reports in newly launched drone fleets is about the same as the frequency in older fleets.
(E) At the two companies where losses of control were reported, many drone operators had received only minimal training on how to intervene when automated systems malfunctioned.

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Opponents' conclusion depends on this chain of reasoning:
•There were 60 loss-of-control incident last year.
•New drone designs have no additional safeguards.
•Therefore, more drone use leads to more accidents.

Option A: Downplays severity, not frequency.
Option B: Irrelevant comparison; doesn't address whether drone accidents will rise.
Option C: Talks about capacity, not accident rates.
Option D: Says rates are the same across fleets, but doesn't explain why incident happens.
Option E: PERFECT. If many operators at two companies had minimal training, it was human failure.

Hence, OPTION E.
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Bunuel
Increased use of autonomous delivery drones is sometimes advocated as a safe way to transport packages in crowded urban areas. But opponents of drone delivery point to the 60 incidents involving unexpected loss of control that were reported just last year at two existing drone-delivery companies operating in major cities. Since designs for proposed new drone fleets include no additional safeguards to prevent such losses of control, accidents will only become more prevalent if use of drone delivery increases.

Which of the following, if true, most seriously weakens the argument?

(A) In only a small fraction of the reported incidents did a drone’s loss of control result in property damage or injury.
(B) Other methods of package delivery, such as bicycle couriers, have not been proven less accident-prone than drone delivery.
(C) The current fleets at existing drone-delivery companies are large enough to handle increased delivery volume without any need for new drones.
(D) The frequency of unexpected loss-of-control reports in newly launched drone fleets is about the same as the frequency in older fleets.
(E) At the two companies where losses of control were reported, many drone operators had received only minimal training on how to intervene when automated systems malfunctioned.

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Deconstructing the Argument

Premise 1: Opponents point to 60 incidents of "unexpected loss of control" last year.
Premise 2: Proposed new drone designs include no additional safeguards to prevent this.
Conclusion: Therefore, accidents will become more prevalent if drone use increases.

Identify the Weakener

The argument assumes that the cause of the past incidents was a hardware/design flaw (hence the focus on "safeguards" in the design).
If the cause was something else—like human error or operational procedures—then keeping the same design doesn't guarantee the same accident rate, provided the operational flaw is fixed. We are looking for an alternative explanation for the 60 incidents that makes the "design safeguards" irrelevant.

Analyze the Options

(A) In only a small fraction of the reported incidents did a drone's loss of control result in property damage or injury.
This minimizes the consequence of the accidents but doesn't argue against the frequency (prevalence) increasing. A rain of crashing drones is still an increase in accidents, even if they don't hit anyone.
(B) Other methods of package delivery... have not been proven less accident-prone...
Comparison with bicycles is irrelevant to whether drone accidents will increase.
(C) The current fleets... are large enough to handle increased delivery volume without any need for new drones.
Even if existing drones are used, if they are flown more often ("use increases"), and the failure rate is unchanged, the total number of accidents will still rise. This doesn't weaken the safety concern.
(D) The frequency of unexpected loss-of-control reports in newly launched drone fleets is about the same...
This strengthens the argument by confirming that newer fleets aren't getting any safer.
(E) At the two companies where losses of control were reported, many drone operators had received only minimal training on how to intervene when automated systems malfunctioned. CORRECT.



Answer: E
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To weaken the conclusion, we need something that suggests even though the design is not changing, the accidents won't become more prevalent. Some factor to be eliminated or corrected. May be the control systems get better, some bug was removed, people are better trained, etc.

A - Irrelevant, not concerned with the extent of damage
B - this explains why drones are sometimes advocated as a safe way, but doesn't weaken the conclusion
C - capacity/operations is not a concern
D - Irrelevant, it kind of supports the conclusion. If more drones with same probablity of loss of control are introduced then accidents will increase
E - This what we were looking for. Better training can help reduce the accidents

Bunuel
Increased use of autonomous delivery drones is sometimes advocated as a safe way to transport packages in crowded urban areas. But opponents of drone delivery point to the 60 incidents involving unexpected loss of control that were reported just last year at two existing drone-delivery companies operating in major cities. Since designs for proposed new drone fleets include no additional safeguards to prevent such losses of control, accidents will only become more prevalent if use of drone delivery increases.

Which of the following, if true, most seriously weakens the argument?

(A) In only a small fraction of the reported incidents did a drone’s loss of control result in property damage or injury.
(B) Other methods of package delivery, such as bicycle couriers, have not been proven less accident-prone than drone delivery.
(C) The current fleets at existing drone-delivery companies are large enough to handle increased delivery volume without any need for new drones.
(D) The frequency of unexpected loss-of-control reports in newly launched drone fleets is about the same as the frequency in older fleets.
(E) At the two companies where losses of control were reported, many drone operators had received only minimal training on how to intervene when automated systems malfunctioned.

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The argument states: more drone deliveries without additional safeguards -> more loss of control accidents.
E
What would weaken the argument the most is an additional element that caused accidents in the past and that could be solved to decrease accidents in the future.
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Increased use of autonomous delivery drones is sometimes advocated as a safe way to transport packages in crowded urban areas. But opponents of drone delivery point to the 60 incidents involving unexpected loss of control that were reported just last year at two existing drone-delivery companies operating in major cities. Since designs for proposed new drone fleets include no additional safeguards to prevent such losses of control, accidents will only become more prevalent if use of drone delivery increases.

Delivery drone is advocated safe in urban areas, but recent 60 incidents in last 2 years in major cities has raised questions...
loss of control as no additional safeguards present , accidents occuring can become common..
need to weaken the conclusion


Which of the following, if true, most seriously weakens the argument?

(A) In only a small fraction of the reported incidents did a drone’s loss of control result in property damage or injury. this does not weaken the conclusion as given reasoning is not aligned to argument

(B) Other methods of package delivery, such as bicycle couriers, have not been proven less accident-prone than drone delivery.
not relevant to argument to make it weaken

(C) The current fleets at existing drone-delivery companies are large enough to handle increased delivery volume without any need for new drones. could be valid but does not address the main theme of arguement i.e. accidents prevention..

(D) The frequency of unexpected loss-of-control reports in newly launched drone fleets is about the same as the frequency in older fleets.
irrelevant to argument

(E) At the two companies where losses of control were reported, many drone operators had received only minimal training on how to intervene when automated systems malfunctioned.
provides alternate reasoning for loss of control and issues... if addressed properly accidents of drone can be prevented..

OPTION E is correct
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A. Incorrect. Whether the incidents result in injury or anything else doesn't weaken the argument that more drone usage leads to more accidents overall.
B. Incorrect. Mention other methods doesn't weaken the argument.
C. Incorrect. The current fleets can handle greater volume but more drones used will still lead to more accidents.
D. Incorrect. This actually strengthen the argument.
E. CORRECT. This points out that the accidents can be handles by training the operators properly.

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Increased use of autonomous delivery drones is sometimes advocated as a safe way to transport packages in crowded urban areas. But opponents of drone delivery point to the 60 incidents involving unexpected loss of control that were reported just last year at two existing drone-delivery companies operating in major cities. Since designs for proposed new drone fleets include no additional safeguards to prevent such losses of control, accidents will only become more prevalent if use of drone delivery increases.

Which of the following, if true, most seriously weakens the argument?

(A) In only a small fraction of the reported incidents did a drone’s loss of control result in property damage or injury.
(B) Other methods of package delivery, such as bicycle couriers, have not been proven less accident-prone than drone delivery.
(C) The current fleets at existing drone-delivery companies are large enough to handle increased delivery volume without any need for new drones.
(D) The frequency of unexpected loss-of-control reports in newly launched drone fleets is about the same as the frequency in older fleets.
(E) At the two companies where losses of control were reported, many drone operators had received only minimal training on how to intervene when automated systems malfunctioned.

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My answer is E
Bunuel
Increased use of autonomous delivery drones is sometimes advocated as a safe way to transport packages in crowded urban areas. But opponents of drone delivery point to the 60 incidents involving unexpected loss of control that were reported just last year at two existing drone-delivery companies operating in major cities. Since designs for proposed new drone fleets include no additional safeguards to prevent such losses of control, accidents will only become more prevalent if use of drone delivery increases.

Which of the following, if true, most seriously weakens the argument?

(A) In only a small fraction of the reported incidents did a drone’s loss of control result in property damage or injury.
(B) Other methods of package delivery, such as bicycle couriers, have not been proven less accident-prone than drone delivery.
(C) The current fleets at existing drone-delivery companies are large enough to handle increased delivery volume without any need for new drones.
(D) The frequency of unexpected loss-of-control reports in newly launched drone fleets is about the same as the frequency in older fleets.
(E) At the two companies where losses of control were reported, many drone operators had received only minimal training on how to intervene when automated systems malfunctioned.

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Argument - Not having safeguard feature caused such unexpected loss of control. Meaning, without that feature, unexpected loss of control won't stop.
Option E - Says that the losses of control happened because of minimal training of crisis management. So, therefore, unexpected loss of control can be avoided by giving more training and no need to conclude that without ssfeguard feature, these control loss will only increase.
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Conclusion: accidents will become more prevelant if use of drone delivery increases because of no additional safeguards

evidence
1. 60 incidents; unexpected loss of control

assumption
no additional safe guard is the reason of unexpected loss of control

weakening
how if the unexpected loss of control not caused by no additional safeguard? but any other factor?

(E) explained that two companies where losses of control were reported, reason is due to received only minimal training on how to intervene when automated systems malfunctioned. -> not because no additional safeguard.

Bunuel
Increased use of autonomous delivery drones is sometimes advocated as a safe way to transport packages in crowded urban areas. But opponents of drone delivery point to the 60 incidents involving unexpected loss of control that were reported just last year at two existing drone-delivery companies operating in major cities. Since designs for proposed new drone fleets include no additional safeguards to prevent such losses of control, accidents will only become more prevalent if use of drone delivery increases.

Which of the following, if true, most seriously weakens the argument?

(A) In only a small fraction of the reported incidents did a drone’s loss of control result in property damage or injury.
(B) Other methods of package delivery, such as bicycle couriers, have not been proven less accident-prone than drone delivery.
(C) The current fleets at existing drone-delivery companies are large enough to handle increased delivery volume without any need for new drones.
(D) The frequency of unexpected loss-of-control reports in newly launched drone fleets is about the same as the frequency in older fleets.
(E) At the two companies where losses of control were reported, many drone operators had received only minimal training on how to intervene when automated systems malfunctioned.

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option E, the reason of accident may be because of other factor such as inadequate training.
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Bunuel
Increased use of autonomous delivery drones is sometimes advocated as a safe way to transport packages in crowded urban areas. But opponents of drone delivery point to the 60 incidents involving unexpected loss of control that were reported just last year at two existing drone-delivery companies operating in major cities. Since designs for proposed new drone fleets include no additional safeguards to prevent such losses of control, accidents will only become more prevalent if use of drone delivery increases.

Which of the following, if true, most seriously weakens the argument?

(A) In only a small fraction of the reported incidents did a drone’s loss of control result in property damage or injury.
(B) Other methods of package delivery, such as bicycle couriers, have not been proven less accident-prone than drone delivery.
(C) The current fleets at existing drone-delivery companies are large enough to handle increased delivery volume without any need for new drones.
(D) The frequency of unexpected loss-of-control reports in newly launched drone fleets is about the same as the frequency in older fleets.
(E) At the two companies where losses of control were reported, many drone operators had received only minimal training on how to intervene when automated systems malfunctioned.

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Passage summary - People against drone delivery uses the evidence of 60 incidents to claim that accidents will be more prevalent if the use of drone delivery increases as there will be no changes in designs for the new drone fleets.

Option A - Even if there is no property damage or injury, an accident is an accident. hence this actually strengthens the anti-drone sentiment
Option B - IMO, this does weaken the argument to an extent but somewhere it is still supporting that drone delivery will lead to accidents anyway.
Option C - we are not talking about volume or requirement of new drones. we are focusing on accidents caused by drone delivery
Option D - Stregnthens the anti-drone sentiment
Option E - Correct answer. The drone accidents were caused by human errors not by mechanical errors. If there are trained operators, the accidents can be avoided. Hence Option E is our answer
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Answer E

You could reduce the number of drone accidents by better training. If you do this you could improve safety and reduce accidents
Bunuel
Increased use of autonomous delivery drones is sometimes advocated as a safe way to transport packages in crowded urban areas. But opponents of drone delivery point to the 60 incidents involving unexpected loss of control that were reported just last year at two existing drone-delivery companies operating in major cities. Since designs for proposed new drone fleets include no additional safeguards to prevent such losses of control, accidents will only become more prevalent if use of drone delivery increases.

Which of the following, if true, most seriously weakens the argument?

(A) In only a small fraction of the reported incidents did a drone’s loss of control result in property damage or injury.
(B) Other methods of package delivery, such as bicycle couriers, have not been proven less accident-prone than drone delivery.
(C) The current fleets at existing drone-delivery companies are large enough to handle increased delivery volume without any need for new drones.
(D) The frequency of unexpected loss-of-control reports in newly launched drone fleets is about the same as the frequency in older fleets.
(E) At the two companies where losses of control were reported, many drone operators had received only minimal training on how to intervene when automated systems malfunctioned.

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A - Even though a small fraction currently result in property damage or injury, increased delivery in the future would increase such events regardless.

B - We are not concerned with the efficiency of alternative methods

C - There is still increased drone usage, whether it is new or old

D - this is already factored in the argument

E- this is out weakener as it gives an alternate cause for the effect that it may have been lack of training that caused the mishaps.

Therefore, Option E
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Conclusion: accidents will become more prevalent if drone delivery increases, based on past reports of loss of control and claim that no new safeguards are planned.

A. This option does not address not talk about the frequency of the accidents.....No
B. Compares to other delivery methods.....Irrelevant
C. Only talks theycan handle incresed delivery volume only, not about accidents.....No B
D. New and old fleets have similar loss of control, it supports the argument.......No
E. If drone operators have only received minimal training this explains an explanation for the loss of control incudents. If accidents were due to poor training rather than lack of safeguards, thenincreasing drone use with better training would not necessarily lead to more accidents.......Answer

E
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Evidence says 60 drones had loss of control, conclusion says increasing drones will lead to more frequent accidents because drones don't have much safeguard systems. For me the assumption seems to be that :
Going by the options :
A. Only a small fraction led to injuries. Says about the magnitude of impact nothing about the frequency. (Incorrect).
B. Other methods are not proven to be less accident prone. This seems to be like a relative prediction. Relative pred. cannot be used to change the prediction made in the argument. (Incorrect)
C. Current fleets are large enough to handle more volume. Can't use this to contradict the argument's assumption. (Incorrect)
D. Frequency of accidents is same to that of the older fleets. This actually seems to strengthen the argument.( Incorrect).
E. Many operators have minimal training. Directly identifies that the flaw is not in the design but in the training. Hence, loss of control was due to mishandling of the drones and the company could increase the number of drones without increasing the accidents. (Correct).

Ans: E.

Bunuel
Increased use of autonomous delivery drones is sometimes advocated as a safe way to transport packages in crowded urban areas. But opponents of drone delivery point to the 60 incidents involving unexpected loss of control that were reported just last year at two existing drone-delivery companies operating in major cities. Since designs for proposed new drone fleets include no additional safeguards to prevent such losses of control, accidents will only become more prevalent if use of drone delivery increases.

Which of the following, if true, most seriously weakens the argument?

(A) In only a small fraction of the reported incidents did a drone’s loss of control result in property damage or injury.
(B) Other methods of package delivery, such as bicycle couriers, have not been proven less accident-prone than drone delivery.
(C) The current fleets at existing drone-delivery companies are large enough to handle increased delivery volume without any need for new drones.
(D) The frequency of unexpected loss-of-control reports in newly launched drone fleets is about the same as the frequency in older fleets.
(E) At the two companies where losses of control were reported, many drone operators had received only minimal training on how to intervene when automated systems malfunctioned.

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(A) In only a small fraction of the reported incidents did a drone’s loss of control result in property damage or injury. Concern is about accident & not damage.
(B) Other methods of package delivery, such as bicycle couriers, have not been proven less accident-prone than drone delivery. Irrelevant Comparison.
(C) The current fleets at existing drone-delivery companies are large enough to handle increased delivery volume without any need for new drones. Out of scope
(D) The frequency of unexpected loss-of-control reports in newly launched drone fleets is about the same as the frequency in older fleets. Strengthens
(E) At the two companies where losses of control were reported, many drone operators had received only minimal training on how to intervene when automated systems malfunctioned. Correct. While product safety didn't increase, operators became more skilled ensuring safer operations.

Ans E
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The statement that weakens our argument is D.
Correct answer is D
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