You want to prevent a bowling ball with a diameter of 22.00 cm from being able to pass through a steel plate with a circular hole of diameter 22.05 cm. The coefficient of linear expansion of steel is 12.00x10 K If both are initially at 25.00'C, and the bowling ball does not change temperalure. what is the maximum final temperalure of the steel plate that is required?
You want to prevent a bowling ball with a diameter of 22.00 cm from being able to pass through a steel plate with a circular hole of diameter 22.05 cm. The coefficient of linear expansion of steel is 12.00x10 K If both are initially at 25.00'C, and the bowling ball does not change temperalure. what is the maximum final temperalure of the steel plate that is required?
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
Transcribed Image Text:Youwant to prevent a bowling balwitha diameter of 22.00 cm from being able to pass through a
steel plate with a circular.hole of diameter 22 05 cm. The coefficient of linear expansion of steel is
12.00x10. K If both are inillally at 25.00°C and the bowling ball does not change temperalure,
whatis the maximum final temperature of the steel.plate that is required?
O214.0 C
Otis not bossible to fit the bowling ball through the hole at any temperature of the steel plate.
O-228.2 C
O-164.0 C
O 182.0°C
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Equation to find the final temperature.
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