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linguistic structures - Professor Binkert's Webpage - Oakland ...

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6<br />

long with them and must rush to have the flat tire fixed; she believes that cars should come with full<br />

spare tires the way they used to. The other applicant responds by saying that a full spare tire weighs<br />

more than a donut tire. The increased weight will make the car heavier and, therefore, reduce gas<br />

mileage. Who gets the job?<br />

Practice<br />

Students don’t always see the connections between the various exercises that they are assigned to<br />

complete in various courses and the “real world.” But, learning how to solve problems, think<br />

abstractly, analyze data, propose hypotheses, and argue for a particular position – all of the skills<br />

required for today’s workplace – require exactly the kind of practice one gets working on different<br />

exercises in different courses. Practice is essential. Even experienced people practice and train on<br />

a daily basis so they can maintain their expertise and develop professionally. Ballet dancers spend<br />

long hours every day at the barre practicing plies and tendus so they can become proficient. Boxers<br />

train every day; authors write every day; scientists experiment; philosophers ponder; golfers golf.<br />

It’s often said that it takes 10,000 hours of practice to achieve mastery in any skill. Students cannot<br />

expect to become successful thinkers if they don’t have practice solving a variety of different<br />

problems as often as possible. Students generally think that they should be able to solve any<br />

problem in twenty minutes, and, if they can’t, something must be wrong with them or their teachers.<br />

That is incorrect as the above facts about today’s problems clearly indicate. Developing skill in<br />

problem-solving like everything else takes practice. When students don’t see the purpose of taking<br />

a particular course to satisfy a particular general education requirement, they need to try to see the<br />

larger picture. It is exactly that larger picture – the relationship between roads and streets, the<br />

relationship between gas mileage and tire size – that is crucial to adaptability, to flexibility, to<br />

mobility, and to success.<br />

Learning by Doing<br />

Students in the United States generally believe that teachers should supply them with facts,<br />

illustrations and the specific means by which they can successfully complete an assignment. There<br />

is an excellent reason for that belief: teachers in the United States generally supply students with<br />

facts, illustrations and the specific means by which they can successfully complete an assignment.<br />

Unfortunately, the problems that one faces in life and at work do not come with instructions for their<br />

solution. In short, what happens in American classrooms frequently has little bearing on what<br />

happens outside them. When evaluation measures depend on memorization and replication, there<br />

is little motivation for creativity, imagination, and objective thought. Consequently, high school and<br />

college graduates often have great difficulty applying what they have learned in new situations. They<br />

have difficulty with abstract thinking. Complexity often paralyzes them because they have few tools<br />

to break down problems into manageable parts. They have not had enough practice doing so.<br />

Students need to have practice and experience dealing with unknowns, managing problems that have<br />

no clear answers, and evaluating competing approaches to find the best solution for the

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