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| Reporter | guest | Assigned To | | |
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| Priority | normal | Severity | minor | Reproducibility | have not tried |
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| Status | new | Resolution | open | |
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| Platform | ubrUFftXikkVW | OS | ZMUUwfmmTkVb | |
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| Summary | 0004944: We used to work together [url=https://www.sciencebeyond.org/how-many-mg-is-prescription-strength-zyrtec-urfy]zyrtec tabletas par |
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| Description | We used to work together [url=https://www.sciencebeyond.org/how-many-mg-is-prescription-strength-zyrtec-urfy]zyrtec tabletas para que sirve[/url] It is not a myth but a matter of physics that baseballs fly farther in hot, humid air. Physics professor Alan Nathan of the University of Illinois at Urbana-Champaign, explains. "The higher the temperature, the less air resistance, so the ball flies farther." Each increase in temperature by 10 degrees can increase the flight of a ball by 2 1/2 to 3 feet. A ball hit during the heat wave could fly 15 feet farther than a ball hit in 40-degree weather in, say, April in Chicago.
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| Steps To Reproduce | We used to work together [url=https://www.sciencebeyond.org/how-many-mg-is-prescription-strength-zyrtec-urfy]zyrtec tabletas para que sirve[/url] It is not a myth but a matter of physics that baseballs fly farther in hot, humid air. Physics professor Alan Nathan of the University of Illinois at Urbana-Champaign, explains. "The higher the temperature, the less air resistance, so the ball flies farther." Each increase in temperature by 10 degrees can increase the flight of a ball by 2 1/2 to 3 feet. A ball hit during the heat wave could fly 15 feet farther than a ball hit in 40-degree weather in, say, April in Chicago.
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| Additional Information | We used to work together [url=https://www.sciencebeyond.org/how-many-mg-is-prescription-strength-zyrtec-urfy]zyrtec tabletas para que sirve[/url] It is not a myth but a matter of physics that baseballs fly farther in hot, humid air. Physics professor Alan Nathan of the University of Illinois at Urbana-Champaign, explains. "The higher the temperature, the less air resistance, so the ball flies farther." Each increase in temperature by 10 degrees can increase the flight of a ball by 2 1/2 to 3 feet. A ball hit during the heat wave could fly 15 feet farther than a ball hit in 40-degree weather in, say, April in Chicago.
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