3. The manufacturing process for an automobile part involves drilling a hole 16.9 mm in diameter into a steel plate. By how many millimeters will the diameter of the hole grow when the engine is running, causing the part's temperature to rise from 74 °F to 129 °F? (The coefficient of thermal expansion for steel is 12 x 10-6/°C.)

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3.
The manufacturing process for an automobile part involves drilling a hole 16.9 mm in diameter into a
steel plate. By how many millimeters will the diameter of the hole grow when the engine is running,
causing the part's temperature to rise from 74 °F to 129 °F? (The coefficient of thermal expansion for
steel is 12 x 10-6/°C.)
Transcribed Image Text:3. The manufacturing process for an automobile part involves drilling a hole 16.9 mm in diameter into a steel plate. By how many millimeters will the diameter of the hole grow when the engine is running, causing the part's temperature to rise from 74 °F to 129 °F? (The coefficient of thermal expansion for steel is 12 x 10-6/°C.)
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