ACT Reading Quiz: Tone And Point Of View

PASSAGE III

HUMANITIES:

Passage A is adapted from the essay The Universal Pantomime (1932).

Passage B is adapted from Voices in the Dark: The Dawn of Sound (1945).

Passage A

The sudden death of the silent film at the hands of the "talkie" is one of the greatest artistic tragedies of the twentieth century. Before the microphone invaded the studio, cinema was a universal language. A film starring Charlie Chaplin or Greta Garbo could be shipped to Tokyo, Paris, or Buenos Aires, and the audience would understand every beat of the emotional narrative. The actors did not rely on the crutch of spoken dialogue; they communicated through the pure, unadulterated art of pantomime. A slight widening of the eyes or the nervous flutter of a hand conveyed volumes more than a paragraph of exposition ever could.

Furthermore, the silence of early cinema demanded an active, imaginative engagement from the audience. When a locomotive crashed or a heroine wept, the viewer's mind supplied the sound. The musical accompaniment—usually a live pianist or an orchestra—provided the emotional color, but the ultimate interpretation belonged to the viewer. With the advent of synchronized sound, cinema ceased to be a visual poetry and became merely photographed theater. By giving characters literal voices, the industry stripped them of their mythological grandeur, reducing them to ordinary, chattering people. We traded a transcendent global art form for the mundane reality of everyday conversation.

Passage B

Nostalgia for the silent era often obscures the severe limitations of early cinema. While it is true that visual storytelling achieved impressive heights in the 1920s, it was fundamentally handicapped. Because actors could not speak, they were forced into a style of exaggerated, melodramatic acting that looks entirely unnatural to the modern eye. Villains had to twirl their mustaches and scowl; heroines had to faint with the back of a hand pressed dramatically against their foreheads. Subtlety was frequently sacrificed at the altar of clarity.

Moreover, the narrative flow of silent films was constantly interrupted by title cards—blocks of text spliced between frames to explain the plot or deliver dialogue. Reading a movie is not watching a movie. The arrival of synchronized sound in 1927 with The Jazz Singer shattered these limitations. Sound allowed for naturalistic acting, where a whispered confession could carry the emotional weight of a scene without a single grand gesture. It allowed screenwriters to craft complex, layered plots that did not have to pause every three minutes for a title card. Sound did not destroy the art of cinema; it matured it. It gave directors a new, vital tool to build immersive, realistic worlds that could resonate with audiences on a much deeper psychological level.

As it is used in Passage A, the phrase 'photographed theater' (paragraph 2) is meant to be:

I used to think the library was a building that happened to contain books, the way a pantry contains cans. Then Mara started working the front desk and turned the place into something closer to weather—always present, quietly shaping the day.

She learned patrons by their silences. Mr. Dorsey, who returned westerns with the care of a man laying flowers on a grave. The teenager who pretended not to like poetry but hovered near the shelves as if waiting for permission. Mara never asked for explanations. She offered small bridges: a sticky note tucked into a book ("Try this next"), a gentle reminder that fines could be waived, a chair angled toward sunlight. None of it was dramatic. That was the point.

When the city council began its annual ritual of trimming "nonessential" budgets, the library became a convenient noun in their mouths—an "asset," a "line item," a "service point." They spoke as if the building were a machine that could be paused and restarted without consequence. Mara listened to the meetings later, on the grainy recordings posted online, and I watched her face settle into a patience that looked, from a distance, like calm.

But in the quiet after closing, she moved through the stacks with a kind of stubborn tenderness, straightening spines that no one would notice, replacing a missing dust jacket, rescuing a book left open on the floor as if it were a small animal. "They don't know what they're cutting," she said once, not loudly, not for effect. It landed in the air like a fact.

The day the council voted, she didn't cry. She brewed coffee for the volunteers who showed up anyway. She wrote letters that were too polite to be dismissed and too clear to be misunderstood. And when a child asked if the library was going to close forever, Mara smiled—not the bright, performative kind, but the steady kind you lean on—and said, "Not if we keep showing up."

Which of the following best describes the narrator's feelings toward Mara?

PASSAGE IV

NATURAL SCIENCE: This passage is adapted from the article The Shark's Secret Armor.

For billions of years, nature has been conducting the ultimate research and development experiment. Through the ruthless process of natural selection, life has engineered solutions to problems that human designers still struggle to solve. This concept is the foundation of biomimicry, a discipline that seeks to emulate nature's time-tested patterns and strategies. One of the most fruitful subjects of this study is a creature often feared but rarely understood as an engineering marvel: the shark.

To the naked eye, a shark looks sleek and smooth. However, if you were to run your hand along a shark's flank—from tail to head—it would feel like rough sandpaper. This roughness is caused by millions of microscopic scales called dermal denticles (literally "skin teeth"). Unlike the flat, overlapping scales of a goldfish, denticles are tiny, tooth-like structures made of dentin and enamel, featuring raised ridges aligned with the flow of water.

For decades, marine biologists were puzzled by these structures. Logic suggested that a perfectly smooth surface would create the least amount of friction, allowing the shark to slice through the water efficiently. Yet, the shark is one of the ocean's fastest predators. The secret lies in the physics of fluid dynamics. As a shark swims, water flows over its skin. On a smooth surface, this flow creates chaotic eddies and swirls known as turbulence, which suck the swimmer backward and increase drag.

The denticles disrupt this process. The microscopic ridges channel the water, organizing the flow into linear streams. This prevents the formation of turbulent eddies close to the skin, effectively reducing drag by up to 10 percent. In the 1980s, NASA engineers applied this principle to riblet-coated film on boat hulls, and later, swimsuit manufacturers created "sharkskin" suits. These suits were so effective at reducing drag that they were controversial in the 2008 Beijing Olympics, where swimmers shattered world records, leading to a ban on certain high-tech fabrics.

However, speed is not the only advantage denticles provide. In the ocean, any surface left stationary is quickly colonized by marine life—barnacles, algae, and bacteria—in a process known as biofouling. Large, slow-moving marine mammals like whales often host heavy colonies of barnacles. Sharks, however, remain remarkably clean.

Scientists discovered that the denticle pattern creates an inhospitable terrain for microscopic invaders. The ridges are spaced so precisely that bacteria cannot gain a foothold. The surface area available for attachment is minimized, and the physical stress on the bacterial cell walls prevents them from colonizing. This is a structural defense, not a chemical one. The shark does not secrete antibiotics or toxins; its skin simply makes it impossible for the bacteria to land.

This discovery has profound implications for human health. In hospitals, the battle against "superbugs"—bacteria resistant to antibiotics—is a constant crisis. Traditional cleaning relies on harsh chemicals, which bacteria can eventually evolve to resist. A biotechnology company, inspired by the shark, has developed a microscopic surface texture called Sharklet. When applied to medical devices, catheters, and hospital surfaces, this pattern inhibits bacterial growth by up to 94 percent without using a single drop of disinfectant.

The shark's skin is a paradox: it is rough to go fast, and it is structured to stay clean. It challenges the human tendency to solve problems with brute force—more fuel for speed, stronger poisons for cleaning. Nature, by contrast, solves problems with geometry. As we face the challenges of the 21st century, from energy efficiency to antibiotic resistance, the solutions may already be swimming in the oceans, waiting for us to look close enough to see them.

The author's attitude toward nature's engineering solutions can best be described as:

PASSAGE II

SOCIAL SCIENCE: This passage is adapted from the essay The Pedaled Revolution: How the Bicycle Shaped Modernity.

The 1890s are often remembered for the Gilded Age, the rise of industrial tycoons, and the expansion of the American railroad. Yet, on a more personal level, the decade was defined by a quieter, human-powered revolution: the bicycle boom. Prior to the late 1880s, cycling was a hazardous hobby reserved for daring young men. The standard machine of the era was the "penny-farthing," a precarious contraption featuring a massive front wheel and a tiny rear wheel, making it notoriously difficult to balance and dangerous to fall from.

The introduction of the "safety bicycle" in 1885 changed everything. Featuring two wheels of equal size, a chain drive, and pneumatic rubber tires, the safety bicycle was accessible, comfortable, and, most importantly, easy to ride. Almost overnight, cycling transformed from an extreme sport into a mass phenomenon. By 1897, over two million bicycles were being sold annually in the United States alone.

This explosion in popularity had immediate economic ripple effects. The demand for bicycles drove innovations in manufacturing, specifically in the production of ball bearings, steel tubing, and stamped metal parts. Moreover, the millions of new cyclists quickly realized that America's infrastructure was woefully inadequate for their new machines. Outside of major city centers, most roads were little more than dirt paths, prone to turning into impassable muddy ruts after a rainstorm. In response, cyclists formed the League of American Wheelmen, a powerful lobbying group that launched the "Good Roads Movement." They successfully pressured local and state governments to pave roads and improve streetscapes, laying the literal groundwork for the automobile era that was soon to follow.

However, the bicycle's most profound impact was arguably sociological, particularly regarding the lives of women. In the late nineteenth century, Victorian social codes strictly dictated female behavior and dress. Women were expected to wear heavy, restrictive corsets and long, voluminous skirts that swept the ground, outfits that made physical exertion nearly impossible. The safety bicycle demanded a different wardrobe.

To ride comfortably and safely, women began adopting "rational dress," which included divided skirts, shorter hemlines, and most controversially, bloomers. While conservative critics decried these fashion changes as scandalous, the bicycle offered women an unprecedented degree of physical mobility and independence. They no longer had to rely on men to drive carriages or wait for scheduled trains; a woman with a bicycle could travel miles under her own power. In 1896, women's rights leader Susan B. Anthony famously declared, "I think (the bicycle) has done more to emancipate women than anything else in the world. It gives a woman a feeling of freedom and self-reliance."

The bicycle also acted as a social leveler in rural communities. Farm life in the 1800s was often deeply isolating. The horse-and-buggy was expensive to maintain and slow, limiting the radius of a typical farmer's social circle to just a few miles. The bicycle collapsed these distances. Young adults could easily pedal to neighboring towns for dances, church socials, and political meetings. Sociologists note that the advent of the bicycle significantly broadened the marriage pool in rural areas, as people were suddenly able to court partners who lived outside their immediate geographic confines.

Ultimately, the bicycle craze of the 1890s was brief, eclipsed within a few decades by the advent of the affordable automobile. Yet, the social and physical landscape of America had been irreversibly altered. The bicycle had paved the roads, modernized manufacturing, and given marginalized groups a taste of autonomous travel. It was a simple machine that accelerated the arrival of the modern world.

The author's tone when discussing the overall impact of the bicycle can best be described as:

1 Dad kept both hands hovering an inch above the 2 wheel, the way a man hovers near a ladder 3 he insists his son doesn't need help climbing. "You're 4 fine," he said, three times, in the particular voice 5 he used only when he was not entirely convinced 6 himself. I eased the car through the empty lot, 7 and each time I braked too hard he exhaled 8 through his nose instead of speaking, a small controlled 9 weather system of restraint. When I finally parked without 10 clipping the cones, he did not cheer. He only 11 nodded once, the way he nodded at the end 12 of a job well done, and told me to 13 do it again, as though praise might undo whatever 14 progress the silence had built.

The father's manner as described by the narrator is best characterized as:

1 Almost no one reads Eleanor Vance anymore, and I 2 suspect she would have found this both unsurprising and 3 mildly funny, the way she found most forms of 4 neglect mildly funny. Her three slim collections, published across 5 a single restless decade, never sold well even when 6 they were new; reviewers praised her precision and then, 7 almost in the same sentence, wondered why she bothered 8 with such small subjects. She wrote about drainage ditches, 9 about the particular boredom of Sunday afternoons, about the 10 exact sound a screen door makes in August. It 11 strikes me now, decades later, that these were never 12 small subjects at all, only subjects small people mistook 13 for smallness, and that Vance knew this, and wrote 14 on regardless, amused rather than embittered by the mistake.

The author's attitude toward Eleanor Vance's critical neglect is best described as:

1 The museum calls its renovation a "reimagining," a word 2 that appears eleven times in the brochure and zero 3 times in any sentence that explains what, precisely, has 4 been reimagined. Walls once painted a forgiving cream are 5 now an aggressive white; the old wooden benches, worn 6 smooth by generations of tired visitors, have been replaced 7 by metal ones that visitors are asked, via small 8 placard, not to sit on for more than ten 9 minutes. The collection itself is unchanged, the same paintings 10 in roughly the same order, though now separated by 11 so much empty gallery space that walking between them 12 feels less like viewing art than crossing a very 13 quiet, very expensive parking lot.

The author's point of view toward the museum's renovation is best described as:

1 The last quartet Rowena Ashby completed before her hearing 2 failed entirely is, by any reasonable account, her strangest: 3 sparse where her earlier work was lush, hesitant where 4 it was once confident, full of long silences that 5 the score marks not as rests but as "held 6 breath." Critics at the premiere called it unfinished, even 7 amateurish, and in a narrow technical sense they were 8 not wrong. But to hear it now, knowing what 9 came after, is to hear a composer groping toward 10 a language equal to a silence closing in on 11 her, and finding, in that groping, something no amount 12 of technical polish could have offered her earlier work: 13 the sound of someone listening as hard as she 14 possibly can, for as long as she still can.

The author's tone toward Ashby's final quartet is best characterized as:

1 When the telescope's data confirmed a rocky planet 2 orbiting within its star's habitable zone, the team 3 spent that first hour simply staring at the 4 numbers, unwilling to trust arithmetic that felt too 5 generous to be true. Forty light-years is nothing, 6 cosmically speaking, and yet it is also everything, 7 a distance no spacecraft built today could cross 8 in a hundred human lifetimes. Still, the discovery 9 changes what is possible to ask. For decades 10 the search for another Earth was a philosophical 11 exercise, a way of wondering aloud. Now it 12 is a coordinate, a set of numbers that 13 can be pointed to, studied, argued over. Nobody 14 on the team claimed to have found life. 15 They had found, more modestly, a place worth 16 looking harder.

The author's tone in recounting the team's reaction to the discovery is best described as:

1 Pteropods are small enough to overlook, translucent creatures 2 no larger than a grain of rice that 3 drift through cold ocean currents by the billions, 4 building shells so thin they are sometimes called 5 sea butterflies. In water even slightly more acidic 6 than the ocean's historical average, those shells begin 7 to pit and dissolve within weeks, a process 8 researchers have now watched happen in real time 9 aboard research vessels rather than merely predicted on 10 paper. Pteropods are not a charismatic species; no 11 documentary has built an hour around them. But 12 they sit near the base of a food 13 web that supports salmon, which supports orcas, which 14 supports, however distantly, fishing economies worth billions of 15 dollars. A creature nobody notices may turn out 16 to be one nobody can afford to lose.

The author's tone toward the significance of pteropods is best described as:

My grandfather repaired clocks the way some people pray: with concentration so complete it seemed to quiet the room. On Saturdays, I sat at the edge of his workbench, watching him open brass cases that looked ordinary until they revealed their inner weather of gears.

He never spoke badly of a clock, even the ones that arrived in disgrace—dropped on tile, drowned in a sink, "fixed" by someone with glue and confidence. "It's trying," he'd say, as if the object had a will. Then he would set the pieces in a shallow tray and begin the slow work of restoring order.

When I grew older, I started to resent the patience of it. Friends spent weekends at the mall or the movies; I spent mine learning to hold a tiny screwdriver steady, learning that forcing a part rarely made it cooperate. My grandfather's rules were infuriatingly gentle. "Listen first," he insisted, meaning the faint, uneven tick that told you where the trouble lived.

Only later did I understand that his gentleness was not softness. It was discipline. He refused the drama of quick fixes. He refused the pleasure of declaring something broken beyond repair. Even when a clock could not be saved, he treated it like a teacher that had finished its lesson.

The last clock we repaired together belonged to a neighbor who had lost her husband. She brought it wrapped in a towel as if it were fragile in a way glass is not. When it began to tick again, she did not smile; she simply exhaled, and my grandfather nodded, as though he had returned something that had been on loan.

Which of the following best describes the narrator's feelings about the grandfather's approach to clock repair?

1 Proponents describe hydraulic fracturing as a bridge, a 2 technology that will carry the country from coal 3 toward cleaner sources without the economic shock of 4 an abrupt transition. The metaphor assumes the bridge 5 has an end, a point at which the 6 wells are capped and the infrastructure dismantled in 7 favor of what comes next. Nothing in the 8 industry's current investment patterns suggests such an end 9 is being planned for. New wells continue to 10 be drilled at a pace that assumes decades, 11 not years, of continued operation, and the seismic 12 monitoring stations installed near drilling sites have recorded 13 a rise in small earthquakes that regulators are 14 still reluctant to attribute definitively to the wells 15 below them. A bridge that no one intends 16 to finish crossing is, at some point, simply 17 a road.

The author's attitude toward the 'bridge' metaphor used by fracking proponents is best described as:

1 The zebra mussel arrived, most likely, in the 2 ballast water of a single freighter sometime in 3 the late 1980s, an unremarkable stowaway that would 4 reshape an entire watershed. Within a decade it 5 had colonized water intake pipes, boat hulls, and 6 native mussel beds across five states, filtering plankton 7 from the water so thoroughly that some lakes 8 turned clearer than they had been in living 9 memory. This clarity is not a sign of 10 health. It reflects the collapse of the plankton 11 populations that once fed native fish, a quiet 12 emptying-out disguised as improvement. Officials tally the cost 13 of scraping mussels from pipes in the millions 14 of dollars annually, but the more lasting toll, 15 the reshaping of food webs that took centuries 16 to assemble, resists any tally at all.

The author's attitude toward the zebra mussel's effect on lake clarity is best described as:

1 The app informs me, each Sunday, how many 2 minutes I spent looking at other people's breakfasts, 3 vacations, and complaints about traffic, and it does 4 so with the cheerful tone of a coach 5 congratulating an athlete on a personal best. Forty-one 6 hours this week, the notification announces, as though 7 forty-one hours were an achievement rather than a 8 small, quiet surrender. I am invited to set 9 a goal for next week, a lower number, 10 and I do, and next week arrives with 11 its own accumulation of minutes anyway, undeterred by 12 my stated intentions. The app tracks my failure 13 to meet the goal with the same chipper 14 font it used to announce the goal itself, 15 never once suggesting that the whole exercise might 16 be beside the point.

The narrator's tone toward the app's weekly usage reports is best described as:

1 The gallery's press materials promised a landmark exhibition, a 2 once-in-a-generation reappraisal of an artist too long neglected. 3 I confess I arrived prepared to be persuaded, notebook 4 open, expectations dutifully raised. What I found instead were 5 forty canvases of remarkably similar ambition and remarkably similar 6 execution, each hung with a wall label insisting on 7 a significance the paint itself did not seem to 8 have volunteered. I do not doubt the artist's sincerity; 9 sincerity, after all, is cheap and abundant. What I 10 doubt is whether sincerity alone justifies an entire wing 11 of a major museum, four wall texts per room, 12 and a catalogue thick enough to double as a 13 doorstop.

The critic's tone toward the exhibition is best described as:

1 Walk down the avenue today and you will 2 find espresso machines humming where a laundromat once 3 stood, and a gallery of abstract canvases where 4 the hardware store kept its dusty inventory of 5 nails and rope. The buildings themselves have not 6 changed shape; only their contents, their prices, their 7 visitors. Longtime residents will tell you the street 8 is safer now, better lit, its potholes finally 9 patched after decades of requests to the city. 10 They will also tell you, in the same 11 breath, that they no longer recognize the faces 12 on the block, and that rent has climbed 13 past what three of their four children can 14 afford. Neither observation cancels the other. The neighborhood 15 has been improved and it has been lost, 16 sometimes to the very people who improved it.

Which of the following best characterizes the author's stance toward the neighborhood's transformation?

1 Mr. Halloran taught geometry as though it were a 2 personal grudge he held against imprecision, and for years 3 I hated him for it, the way you hate 4 anyone who catches you being lazy. He kept a 5 red pen capped in his shirt pocket like a 6 loaded weapon and used it freely, circling not just 7 wrong answers but right answers arrived at, in his 8 words, "by accident." It took me a decade to 9 understand that he was not cruel so much as 10 allergic to waste, that every circled proof was his 11 strange way of telling a fifteen-year-old that her mind 12 was worth the trouble of being exact. I still 13 hear his voice sometimes, correcting me, and I no 14 longer resent it.

The narrator's attitude toward Mr. Halloran, as conveyed across the passage, can best be described as:

1 My sister called to say she'd made partner, and 2 I told her, truthfully, that I was proud of 3 her, and this was true in the way that 4 most things I told her were true: accurate, and 5 also somehow beside the point. I asked the right 6 questions. I said the right things. I did not 7 mention that I had, that same week, been passed 8 over for a promotion I had wanted more than 9 I let myself admit, and that her news had 10 landed in me less like joy and more like 11 a small, precise weight added to a scale I 12 had been trying, for months, not to look at. 13 I hung up the phone and washed the dishes 14 very slowly, taking my time with each one.

The narrator's tone in describing her reaction to her sister's news is best characterized as:

1 The bakery on the corner is a phone repair 2 shop now, and I make myself walk past it 3 without slowing down, a small discipline I have set 4 for myself. I am not one of those people 5 who believes the old neighborhood was better because it 6 was old; half the buildings I'm supposed to miss 7 had bad plumbing and worse landlords, and the bakery 8 itself sold bread that, if I am honest, was 9 only ever mediocre. And yet something in me still 10 slows at that corner most mornings, not from any 11 belief that things were finer then, but from the 12 plain fact that they were mine, in a way 13 this new, cleaner street will take years, if ever, 14 to become.

The narrator's point of view on the changed neighborhood is best described as:

1 Reintroducing wolves to a landscape that has managed 2 without them for seventy years is not simply 3 a matter of opening a crate and stepping 4 back. The valley's deer have grown fat and 5 unwary, browsing willow shoots down to stubs along 6 every stream, and the streams themselves have widened 7 and warmed without root systems to hold their 8 banks. Early results from similar projects elsewhere are 9 encouraging: deer behavior shifts within a few generations, 10 willows recover, banks stabilize, songbird numbers that depend 11 on streamside thickets begin to climb. None of 12 this happens quickly, and none of it happens 13 without setbacks that a decade of hopeful modeling 14 did not fully anticipate. The wolves are not 15 a cure. They are, at best, a patient 16 argument the land is making to itself.

The author's attitude toward the reintroduction of wolves is best described as: