Welcome to the study of Resolving Paradoxes, a question type in Critical Reasoning that asks you to explain why something surprising is actually not surprising at all. These questions are sometimes called “Explain the Paradox” or “Reconcile the Discrepancy” questions. They test your ability to hold two seemingly contradictory facts in your mind and find the missing piece of information that makes them compatible. This guide is for the beginner tier, so we will define every term, build a simple step-by-step method, and work through gentle examples together.
On the GMAT Focus Edition, the Critical Reasoning section tests your ability to analyze arguments, evaluate evidence, and draw or weaken conclusions. Among the various question types, Resolving Paradox questions present you with a short passage that contains two facts or events. These facts appear to conflict with each other. Your job is to choose the answer choice that, if true, best explains how both facts can be true at the same time.
Why does the GMAT test this? Because in the real world, especially in business and management, you often encounter situations where data seems contradictory. A good manager does not simply ignore one piece of evidence; he or she looks for the underlying reason that reconciles the data. For example, sales might have increased while customer satisfaction decreased. That seems odd, but there could be a reason: perhaps the company cut costs by reducing customer support, which boosted sales (because prices dropped) but hurt satisfaction. The GMAT wants to see if you can generate or identify such a bridging explanation.
Unlike other Critical Reasoning tasks, a Resolving Paradox passage does not have a conclusion in the traditional sense. There is no argument being made. Instead, the passage presents two premises, and the implicit “conclusion” is that these two facts are true. Your job is to add a new premise that explains why both can be true.
Let’s break down the structure:
For example, suppose the passage says:
“In a certain town, the number of people who ride bicycles to work has increased every year for a decade. However, the total number of bicycles sold in that town has decreased each year.”
Here, Fact A is that bicycle commuting increased. Fact B is that bicycle sales decreased. These seem to conflict because if more people ride bikes, you’d expect more bike sales. But they can both be true if, say, people are keeping their old bikes longer, or if the town grew and more people moved in with bikes from elsewhere, or if the bikes are being repaired rather than replaced.
The “gap” is the missing link between the two facts. Your task is to find an answer choice that bridges that gap by introducing a new relevant factor that was not mentioned in the passage.
Recognition is the first step to success. The stem of a Resolving Paradox question usually contains one of these phrases:
The word “explain” is a strong signal. Also, the passage itself often contains words like “however,” “but,” “yet,” “surprisingly,” or “unexpectedly.” These words flag the contradiction.
Here is a simple four-step method that works for every Resolving Paradox question, regardless of difficulty.
Read the passage carefully and underline or mentally note the two facts that seem to clash. Write them down in your own words if you can. For example: “Fact 1: more people ride bikes. Fact 2: fewer bikes sold.”
Ask yourself: why do these facts seem to conflict? Explain it in one sentence. For the bike example: “If more people ride, you’d expect more bike sales, not fewer.” This step forces you to see the gap clearly.
Before looking at the answer choices, try to think of a reason that would allow both facts to be true. Your prediction does not have to be perfect. It just needs to be in the right direction. For the bike example, you might predict: “Maybe people are using bikes longer, so they don’t need to buy new ones.”
Read each answer choice and ask: does this explain both facts? The correct answer will make both facts more likely. It will not deny either fact. It will not introduce an explanation that only addresses one fact. It will not be irrelevant.
Understanding common wrong-answer traps will save you time and improve accuracy. Here are the patterns to watch for.
An answer choice might explain why Fact A is true, or why Fact B is true, but not both. For example, if the paradox is about bike commuting increasing and bike sales decreasing, an answer that says “the town invested in bike lanes” explains why commuting increased, but it does not explain why sales decreased. Such an answer is incomplete.
Sometimes an answer choice says something that would make one of the stated facts false. For example, “the number of bicycle commuters actually decreased” contradicts the passage. The correct answer must accept both facts as true.
An answer might be about something completely unrelated, like the weather or the population’s favorite color. It does not affect the relationship between the two facts.
Some answers might actually deepen the paradox. For example, “bicycles are cheaper than ever” would make you expect more sales, not fewer, so it worsens the conflict.
Let’s apply the method to three gentle examples.
Example 1:
“A coffee shop on Main Street has seen a steady increase in the number of customers each month. However, the total amount of coffee it sells each month has stayed the same.”
Which of the following, if true, best explains the situation?
A) The coffee shop raised its prices.
B) More customers are ordering food instead of coffee.
C) The coffee shop opened a second location.
D) The coffee shop started selling tea.
E) The coffee shop reduced its hours.
Solution:
Step 1: Fact 1: more customers. Fact 2: same amount of coffee sold.
Step 2: If more customers come, you’d expect more coffee sales.
Step 3: Predict: maybe the new customers are buying something other than coffee.
Step 4: Evaluate. A) Raising prices might reduce coffee sales, but customers increased? Not clear. B) This explains it: more customers, but they buy food, not coffee, so coffee sales stay flat. This explains both. C) Opening another location doesn’t explain why coffee sales are flat at this shop. D) Selling tea could explain, but it doesn’t say they buy tea instead of coffee. E) Reduced hours might reduce sales, but customers increased? No.
Correct answer: B.
Example 2:
“In a small country, the number of people who own smartphones has increased dramatically over the past five years. Yet the total number of text messages sent has decreased.”
Which of the following, if true, best resolves the paradox?
A) People are using messaging apps like WhatsApp instead of traditional text messages.
B) The population of the country has decreased.
C) Smartphones are becoming more expensive.
D) People are making more phone calls.
E) The government banned texting while driving.
Solution:
Step 1: Fact 1: more smartphone owners. Fact 2: fewer text messages.
Step 2: More phones should mean more texts.
Step 3: Predict: maybe people are using other forms of messaging.
Step 4: A) This explains it: they have smartphones, but they use apps, not SMS. Both facts are true. B) Population decrease could explain fewer texts, but it doesn’t explain why smartphone ownership increased. C) Price doesn’t explain the decrease in texts. D) More calls doesn’t explain fewer texts. E) Ban on texting while driving might reduce texts, but it doesn’t explain the increase in smartphone ownership.
Correct answer: A.
Example 3:
“A hospital has installed new, state-of-the-art equipment that is supposed to reduce the time patients spend in the emergency room. However, the average wait time has actually increased since the installation.”
Which of the following, if true, best explains the increase?
A) The new equipment requires more staff to operate, and the hospital has not hired additional staff.
B) The number of patients visiting the emergency room has decreased.
C) The new equipment is faster than the old equipment.
D) The hospital removed some old equipment.
E) The hospital’s doctors are more experienced now.
Solution:
Step 1: Fact 1: new equipment should reduce wait times. Fact 2: wait times increased.
Step 2: New equipment should make things faster, not slower.
Step 3: Predict: maybe the equipment is not being used efficiently, or there is a bottleneck.
Step 4: A) This explains it: the equipment is faster, but it needs more staff, so without extra staff, it actually slows things down. This explains the increase. B) Fewer patients would likely decrease wait times, not increase. C) Faster equipment would decrease wait times, worsening the paradox. D) Removing old equipment might increase wait times, but it doesn’t directly explain why the new equipment failed to help. E) More experienced doctors would likely decrease wait times.
Correct answer: A.
Even at the sub-505 difficulty level, there are a few nuances to keep in mind.
Do not overthink. The correct answer is often straightforward, such as “people are buying fewer new cars because they are keeping their old cars longer.” It does not need to be complicated or clever.
It just needs to make the two facts compatible. There may be multiple possible explanations, but the correct answer is the one that is best supported by the information given. The wrong answers often address only one side or are irrelevant.
Sometimes an answer choice compares two different groups or time periods. For example, “the average age of smartphone users has increased.” This might explain something, but it might also be irrelevant. Always ask: does this directly link the two facts?
You are not evaluating whether the answer is likely or realistic. You are evaluating whether, if it were true, it would explain the paradox. Even a far-fetched answer can be correct if it logically resolves the conflict.
With these foundations, you are ready to tackle Resolving Paradox questions with confidence. Remember: the paradox is only apparent, and your job is to find the bridge.
Free Critical Reasoning questions on this topic — try a few now.