Word: pulls
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Dates: during 1970-1979
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MIKE CLARK, senior guard. The only thing you have to know about this 6-1, 220 linesman is that he can move people. People on the other team, that is. He can do it all--pull, trap, passblock. If the hopes of the defense center around Beling, then the hopes of the offense rest in large part with Clark...
...when transistors perform wondrous deeds with assistance from only a few volts of electricity, the combine, despite its air conditioner, turbo engine and two-way radio, is a functioning monument to 19th century mechanical ingenuity. It is a jumble of rubber belts propelling multisized wheels that turn gears, pull pulleys and rotate augers. The object of all this clever instrumentation is not only the cutting of wheat, which the combine does admirably by snipping it off a few inches from the ground, but the threshing of wheat. As the great machines inch their way across the field, a cloud...
...were left virtually empty, plagued by vandalism and fires. During the '60s, the city began slowly to reclaim the area: city hall was completed in 1967, and soon restaurants and luxury condominiums on the nearby wharves began to bring young, career couples back into the city. In the pull-down-and-build-over-again spirit that has led to much urban blight, the city's first impulse was to demolish the old marketplace: the low, 535-ft.-long buildings, occupying 400,000 sq. ft. of prime real estate, seemed to have no place in a revitalized neighborhood...
...that the life history of a star is essentially a tug-of-war between two powerful competing forces. On the one hand, there is the great outward pressure on the star's gases created by radiation and heat from its internal fires. On the other, there is the inward pull of the star's gravity. In a star like the sun, the battle between radiation and gravity is long stalemated; the sun has been shining for some 5 billion years and will remain relatively unchanged for another 5 billion. After the star exhausts most of the hydrogen near its core...
...dense that each cubic centimeter would weigh a ton. Their calculations finally made sense of a dim companion of the star Sirius that was first observed in the 1860s and had puzzled astronomers for decades. Though the star was apparently small, it exerted an inexplicably great gravitational pull on Sirius. The dense little companion?like others that have been observed since?was a white dwarf. But would bigger stars, with greater gravity, shrink into still smaller, even more dense bundles...