欧博allbetSample Questions
Quantitative Reasoning
Problem Solving Questions
Problem solving questions measure your ability to solve numerical problems, interpret graphical data, and evaluate information. Answers to these questions can be found in the "Answer Key" lower on the page.
Question 1:
One hour after Yolanda started walking from X to Y, a distance of 45 miles, Bob started walking along the same road from Y to X. If Yolanda’s walking rate was 3 miles per hour and Bob’s was 4 miles per hour, how many miles had Bob walked when they met?
Answer Choices:
A. 24
B. 23
C. 22
D. 21
E. 19.5
Question 2:
Coins are to be put into 7 pockets so that each pocket contains at least one coin. At most 3 of the pockets are to contain the same number of coins, and no two of the remaining pockets are to contain an equal number of coins. What is the least possible number of coins needed for the pockets?
Answer Choices:
A. 7
B. 13
C. 17
D. 22
E. 28
Question 3:
Lloyd normally works 7.5 hours per day and earns $4.50 per hour. For each hour he works in excess of 7.5 hours on a given day, he is paid 1.5 times his regular rate. If Lloyd works 10.5 hours on a given day, how much does he earn for that day?
Answer Choices:
A. $33.75
B. $47.25
C. $51.75
D. $54.00
E. $70.00
Verbal Reasoning
Reading Comprehension Questions
Reading comprehension questions measure your ability to understand, analyze, and apply information and concepts presented in written form. Answers to these questions can be found in the "Answer Key" lower on the page.
Passage:
This passage was written in 1984. Note: Both questions 1 and 2 refer to this passage.
It is now possible to hear a recording of Caruso’s singing that is far superior to any made during his lifetime. A decades-old wax-cylinder recording of this great operatic tenor has been digitized, and the digitized signal has been processed by computer to remove the extraneous sound, or “noise,” introduced by the now “ancient” wax-cylinder recording process.
Although this digital technique needs improvement, it represents a new and superior way of recording and processing sound which overcomes many of the limitations of analog recording. In analog recording systems, the original sound is represented as a continuous waveform created by variations in the sound’s amplitude over time. When analog playback systems reproduce this waveform, however, they invariably introduce distortions. First, the waveform produced during playback differs somewhat from the original waveform. Second, the medium that stores the analog recording creates noise during playback which gets added to the recorded sounds.
Digital recordings, by contrast, reduce the original sound to a series of discrete numbers that represent the sound’s waveform. Because the digital playback system “reads” only numbers, any noise and distortion that may accumulate during storage and manipulation of the digitized signal will have little effect: as long as the numbers remain recognizable, the original waveform will be reconstructed with little loss in quality. However, because the waveform is continuous, while its digital representation is composed of discrete numbers, it is impossible for digital systems to avoid some distortion. One kind of distortion, called “sampling error,” occurs if the sound is sampled (i.e., its amplitude is measured) too infrequently, so that the amplitude changes more than one quantum (the smallest change in amplitude measured by the digital system) between samplings. In effect, the sound is changing too quickly for the system to record it accurately. A second form of distortion is “quantizing error,” which arises when the amplitude being measured is not a whole number of quanta, forcing the digital recorder to round off. Over the long term, these errors are random, and the noise produced (a background buzzing) is similar to analog noise except that it only occurs when recorded sounds are being reproduced.
Question 1:
According to the passage, one of the ways in which analog recording systems differ from digital recording systems is that analog systems…
Answer Choices:
A. Can be used to reduce background noise in old recordings.
B. Record the original sound as a continuous waveform.
C. Distort the original sound somewhat.
D. Can avoid introducing extraneous and nonmusical sounds.
E. Can reconstruct the original waveform with little loss in quality.
Question 2:
Which of the following can be inferred from the passage about the digital approach to the processing of sound?
Answer Choices:
A. It was developed in competition with wax-cylinder recording technology.
B. It has resulted in the first distortion-free playback system.
C. It has been extensively applied to nonmusical sounds.
D. It cannot yet process music originally recorded on analog equipment.
E. It is not yet capable of reprocessing old recordings in a completely distortion-free manner.
Critical reasoning questions measure the reasoning skills you use when crafting arguments, evaluating arguments, and formulating or evaluating a plan of action. Answers to these questions can be found in the "Answer Key" lower on the page.
Question 3:
Although migraine headaches are believed to be caused by food allergies, putting patients on diets that eliminate those foods to which the patients have been demonstrated to have allergic migraine reactions frequently does not stop headaches. Obviously, some other cause of migraine headaches besides food allergies must exist. Which of the following, if true, would most weaken the conclusion above?
Answer Choices:
A. Many common foods elicit an allergic response only after several days, making it very difficult to observe links between specific foods patients eat and headaches they develop.
B. Food allergies affect many people who never develop the symptom of migraine headaches.
C. Many patients report that the foods that cause them migraine headaches are among the foods that they most enjoy eating.
D. Very few patients have allergic migraine reactions as children and then live migraine-free adult lives once they have eliminated from their diets foods to which they have been demonstrated to be allergic.
E. Very rarely do food allergies cause patients to suffer a symptom more severe than that of migraine headaches.
Question 4:
A factory was trying out a new process for producing one of its products, with the goal of reducing production costs. A trial production run using the new process showed a fifteen percent reduction in costs compared with past performance using the standard process. The production managers therefore concluded that the new process did produce a cost savings. Which of the following, if true, casts most doubt on the production managers’ conclusion?
Answer Choices:
A. In the cost reduction project that eventually led to the trial of the new process, production managers had initially been seeking cost reductions of fifty percent.
B. Analysis of the trial of the new process showed that the cost reduction during the trial was entirely attributable to a reduction in the number of finished products rejected by quality control.
C. While the trial was being conducted, production costs at the factory for a similar product, produced without benefit of the new process, also showed a fifteen percent reduction.
D. Although some of the factory’s managers have been arguing that the product is outdated and ought to be redesigned, the use of the new production process does not involve any changes in the finished product.
E. Since the new process differs from the standard process only in the way in which the stages of production are organized and ordered, the cost of the materials used in the product is the same in both processes.
Data Insights
Data Sufficiency Questions
Data Sufficiency questions measure your ability to analyze a quantitative problem, recognize which data is relevant, and determine at what point there is enough data to solve the problem using one of five standard answer choices. Answers to these questions can be found in the "Answer Key" lower on the page.
Question 1:
If a certain city is losing 12 percent of its daily water supply each day because of water-main breaks, what is the dollar cost to the city per day for this loss?
(1) The city’s daily water supply is 350 million gallons.
(2) The cost to the city for each 12,000 gallons of water lost is $2.
Answer Choices:
A. Statement (1) ALONE is sufficient, but statement (2) alone is not sufficient.
B. Statement (2) ALONE is sufficient, but statement (1) alone is not sufficient.
C. BOTH statements TOGETHER are sufficient, but NEITHER statement ALONE is sufficient.
D. EACH statement ALONE is sufficient.
E. Statements (1) and (2) TOGETHER are NOT sufficient.
Question 2:
Buckets X and Y contained only water and bucket Y was 1/2 full. If all of the water in bucket X was then poured into bucket Y, what fraction of the capacity of Y was then filled with water?
(1) Before the water from X was poured, X was 1/3 full.
(2) X and Y have the same capacity.
Answer Choices:
A. Statement (1) ALONE is sufficient, but statement (2) alone is not sufficient.
B. Statement (2) ALONE is sufficient, but statement (1) alone is not sufficient.
C. BOTH statements TOGETHER are sufficient, but NEITHER statement ALONE is sufficient.
D. EACH statement ALONE is sufficient.
E. Statements (1) and (2) TOGETHER are NOT sufficient.
Given their interactive design, for samples the other four question types, click the links below to open them in an interactive pop-up window. Please note: these sample questions are built to simulate the actual test interface, and therefore, are not optimized for mobile devices.