Given the following descriptions, identify the direction (for example, east, west, northwest) in which the Coriolis force is acting on the moving object. a. A commercial jet flying from New York to Chicago b. A baseball thrown from south to north in South Dakota c. A blimp floating from St. Louis northeast toward Detroit d. A boomerang thrown from west to east in Australia e. A football thrown along the equator

Given the following descriptions, identify the direction (for example, east, west, northwest) in which the Coriolis force is acting on the moving object. a. A commercial jet flying from New York to Chicago b. A baseball thrown from south to north in South Dakota c. A blimp floating from St. Louis northeast toward Detroit d. A boomerang thrown from west to east in Australia e. A football thrown along the equator

Physics for Scientists and Engineers: Foundations and Connections

1st Edition

ISBN:9781133939146

Author:Katz, Debora M.

Publisher:Katz, Debora M.

Chapter7: Gravity

Section: Chapter Questions

Problem 35PQ

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Which statement is true regarding the Coriolis force?A. The Coriolis force is a real force that accelerates objects moving on the surface of Earth.B. The Coriolis force is perpendicular to the direction of motion of an object.C. The Coriolis force was named after a Canadian mathematician.D. All of the above.
A baseball player throws a 95 mph fastball due north at a latitude of 39 degrees N toward home plate. The ball falls a distance of 0.65 m during its 60 ft trip to home plate.a) Find the amount by which the Coriolis force alters the lateral position of the ball.b) Does the catcher have to move their mitt to the left or right to account for this effect?c) How would your answer change if the pitch was instead thrown due east?
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