Outliers (26 page)

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Authors: Malcolm Gladwell

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BOOK: Outliers
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3.

Summer vacation is a topic seldom mentioned in American educational debates. It is considered a permanent and inviolate feature of school life, like high school football or the senior prom. But take a look at the following sets of elementary school test-score results, and see if your faith in the value of long summer holidays isn’t profoundly shaken.

These numbers come from research led by the Johns Hopkins University sociologist Karl Alexander. Alexander tracked the progress of 650 first graders from the Baltimore public school system, looking at how they scored on a widely used math- and reading-skills exam called the California Achievement Test. These are reading scores for the first five years of elementary school, broken down by socioeconomic class—low, middle, and high.

Class
1st Grade  
2nd Grade  
3rd Grade  
4th Grade  
5th Grade
Low
329
375
397
433
461
Middle  
348
388
425
467
497
High
361
418
460
506
534

Look at the first column. The students start in first grade with meaningful, but not overwhelming, differences in their knowledge and ability. The first graders from the wealthiest homes have a 32-point advantage over the first graders from the poorest homes—and by the way, first graders from poor homes in Baltimore are
really
poor. Now look at the fifth-grade column. By that point, four years later, the initially modest gap between rich and poor has more than doubled.

This “achievement gap” is a phenomenon that has been observed over and over again, and it typically provokes one of two responses. The first response is that disadvantaged kids simply don’t have the same inherent ability to learn as children from more privileged backgrounds. They’re not as smart. The second, slightly more optimistic conclusion is that, in some way, our schools are failing poor children: we simply aren’t doing a good enough job of teaching them the skills they need. But here’s where Alexander’s study gets interesting, because it turns out that neither of those explanations rings true.

The city of Baltimore didn’t give its kids the California Achievement Test just at the end of every school year, in June. It gave them the test in September too, just after summer vacation ended. What Alexander realized is that the second set of test results allowed him to do a slightly different analysis. If he looked at the difference between the score a student got at the beginning of the school year, in September, and the score he or she got the following June, he could measure—precisely—how much that student learned over the school year. And if he looked at the difference between a student’s score in June and then in the following September, he could see how much that student learned over the course of the summer. In other words, he could figure out—at least in part—how much of the achievement gap is the result of things that happen during the school year, and how much it has to do with what happens during summer vacation.

Let’s start with the school-year gains. This table shows how many points students’ test scores rose from the time they started classes in September to the time they stopped in June. The “Total” column represents their cumulative classroom learning from all five years of elementary school.

Class  
1st Grade  
2nd Grade  
3rd Grade  
4th Grade  
5th Grade
Total
Low
55
46
30
33
25
189
Middle  
69
43
34
41
27
214
High
60
39
34
28
23
184

Here is a completely different story from the one suggested by the first table. The first set of test results made it look like lower-income kids were somehow failing in the classroom. But here we see plainly that isn’t true. Look at the “Total” column. Over the course of five years of elementary school, poor kids “out-learn” the wealthiest kids 189 points to 184 points. They lag behind the middle-class kids by only a modest amount, and, in fact, in one year, second grade, they learn more than the middle- or upper-class kids.

Next, let’s see what happens if we look just at how reading scores change during summer vacation.

Class
After 1st  
After 2nd  
After 3rd  
After 4th
Total
Low
–3.67
–1.70
2.74
2.89
0.26
Middle
–3.11
4.18
3.68
2.34
7.09
High
15.38
9.22
14.51
13.38
52.49

Do you see the difference? Look at the first column, which measures what happens over the summer after first grade. The wealthiest kids come back in September and their reading scores have jumped more than 15 points. The poorest kids come back from the holidays and their reading scores have
dropped
almost 4 points. Poor kids may out-learn rich kids during the school year. But during the summer, they fall far behind.

Now take a look at the last column, which totals up all the summer gains from first grade to fifth grade. The reading scores of the poor kids go up by .26 points.
When it comes to reading skills, poor kids learn nothing when school is not in session
. The reading scores of the rich kids, by contrast, go up by a whopping 52.49 points. Virtually all of the advantage that wealthy students have over poor students is the result of differences in the way privileged kids learn while they are
not
in school.

What are we seeing here? One very real possibility is that these are the educational consequences of the differences in parenting styles that we talked about in the Chris Langan chapter. Think back to Alex Williams, the nine-year-old whom Annette Lareau studied. His parents believe in concerted cultivation. He gets taken to museums and gets enrolled in special programs and goes to summer camp, where he takes classes. When he’s bored at home, there are plenty of books to read, and his parents see it as their responsibility to keep him actively engaged in the world around him. It’s not hard to see how Alex would get better at reading and math over the summer.

But not Katie Brindle, the little girl from the other side of the tracks. There’s no money to send her to summer camp. She’s not getting driven by her mom to special classes, and there aren’t books lying around her house that she can read if she gets bored. There’s probably just a television. She may still have a wonderful vacation, making new friends, playing outside, going to the movies, having the kind of carefree summer days that we all dream about. None of those things, though, will improve her math and reading skills, and every carefree summer day she spends puts her further and further behind Alex. Alex isn’t necessarily smarter than Katie. He’s just out-learning her: he’s putting in a few solid months of learning during the summer while she watches television and plays outside.

What Alexander’s work suggests is that the way in which education has been discussed in the United States is backwards. An enormous amount of time is spent talking about reducing class size, rewriting curricula, buying every student a shiny new laptop, and increasing school funding—all of which assumes that there is something fundamentally wrong with the job schools are doing. But look back at the second table, which shows what happens between September and June. Schools
work.
The only problem with school, for the kids who aren’t achieving, is that there isn’t enough of it.

Alexander, in fact, has done a very simple calculation to demonstrate what would happen if the children of Baltimore went to school year-round. The answer is that poor kids and wealthy kids would, by the end of elementary school, be doing math and reading at almost the same level.

Suddenly the causes of Asian math superiority become even more obvious. Students in Asian schools don’t have long summer vacations. Why would they? Cultures that believe that the route to success lies in rising before dawn 360 days a year are scarcely going to give their children three straight months off in the summer. The school year in the United States is, on average, 180 days long. The South Korean school year is 220 days long. The Japanese school year is 243 days long.

One of the questions asked of test takers on a recent math test given to students around the world was how many of the algebra, calculus, and geometry questions covered subject matter that they had previously learned in class. For Japanese twelfth graders, the answer was 92 percent. That’s the value of going to school 243 days a year. You have the time to learn everything that needs to be learned—and you have less time to unlearn it. For American twelfth graders, the comparable figure was 54 percent. For its poorest students, America doesn’t have a school problem. It has a summer vacation problem, and that’s the problem the KIPP schools set out to solve. They decided to bring the lessons of the rice paddy to the American inner city.

4.

“They start school at seven twenty-five,” says David Levin of the students at the Bronx KIPP Academy. “They all do a course called thinking skills until seven fifty-five. They do ninety minutes of English, ninety minutes of math every day, except in fifth grade, where they do two hours of math a day. An hour of science, an hour of social science, an hour of music at least twice a week, and then you have an hour and fifteen minutes of orchestra on top of that. Everyone does orchestra. The day goes from seven twenty-five until five p.m. After five, there are homework clubs, detention, sports teams. There are kids here from seven twenty-five until seven p.m. If you take an average day, and you take out lunch and recess, our kids are spending fifty to sixty percent more time learning than the traditional public school student.”

Levin was standing in the school’s main hallway. It was lunchtime and the students were trooping by quietly in orderly lines, all of them in their KIPP Academy shirts. Levin stopped a girl whose shirttail was out. “Do me a favor, when you get a chance,” he called out, miming a tucking-in movement. He continued: “Saturdays they come in nine to one. In the summer, it’s eight to two.” By summer, Levin was referring to the fact that KIPP students do three extra weeks of school, in July. These are, after all, precisely the kind of lower-income kids who Alexander identified as losing ground over the long summer vacation, so KIPP’s response is simply to not have a long summer vacation.

“The beginning is hard,” he went on. “By the end of the day they’re restless. Part of it is endurance, part of it is motivation. Part of it is incentives and rewards and fun stuff. Part of it is good old-fashioned discipline. You throw all of that into the stew. We talk a lot here about grit and self-control. The kids know what those words mean.”

Levin walked down the hall to an eighth-grade math class and stood quietly in the back. A student named Aaron was at the front of the class, working his way through a problem from the page of thinking-skills exercises that all KIPP students are required to do each morning. The teacher, a pony-tailed man in his thirties named Frank Corcoran, sat in a chair to the side, only occasionally jumping in to guide the discussion. It was the kind of scene repeated every day in American classrooms—with one difference. Aaron was up at the front, working on that single problem, for
twenty
minutes—methodically, carefully, with the participation of the class, working his way through not just the answer but also the question of whether there was more than one way to get the answer. It was Renee painstakingly figuring out the concept of undefined slope all over again.

“What that extra time does is allow for a more relaxed atmosphere,” Corcoran said, after the class was over. “I find that the problem with math education is the sink-or-swim approach. Everything is rapid fire, and the kids who get it first are the ones who are rewarded. So there comes to be a feeling that there are people who can do math and there are people who aren’t math people. I think that extended amount of time gives you the chance as a teacher to explain things, and more time for the kids to sit and digest everything that’s going on—to review, to do things at a much slower pace. It seems counterintuitive but we do things at a slower pace and as a result we get through a lot more. There’s a lot more retention, better understanding of the material. It lets me be a little bit more relaxed. We have time to have games. Kids can ask any questions they want, and if I’m explaining something, I don’t feel pressed for time. I can go back over material and not feel time pressure.” The extra time gave Corcoran the chance to make mathematics
meaningful:
to let his students see the clear relationship between effort and reward.

On the walls of the classroom were dozens of certificates from the New York State Regents exam, testifying to first-class honors for Corcoran’s students. “We had a girl in this class,” Corcoran said. “She was a horrible math student in fifth grade. She cried every Saturday when we did remedial stuff. Huge tears and tears.” At the memory, Corcoran got a little emotional himself. He looked down. “She just e-mailed us a couple weeks ago. She’s in college now. She’s an accounting major.”

5.

The story of the miracle school that transforms losers into winners is, of course, all too familiar. It’s the stuff of inspirational books and sentimental Hollywood movies. But the reality of places like KIPP is a good deal less glamorous than that. To get a sense of what 50 to 60 percent more learning time means, listen to the typical day in the life of a KIPP student.

The student’s name is Marita. She’s an only child who lives in a single-parent home. Her mother never went to college. The two of them share a one-bedroom apartment in the Bronx. Marita used to go to a parochial school down the street from her home, until her mother heard of KIPP. “When I was in fourth grade, me and one of my other friends, Tanya, we both applied to KIPP,” Marita said. “I remember Miss Owens. She interviewed me, and the way she was saying made it sound so hard I thought I was going to prison. I almost started crying. And she was like, If you don’t want to sign this, you don’t have to sign this. But then my mom was right there, so I signed it.”

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