Crossing A CarouselSee also: Coriolis effect#Cannon on turntable and Coriolis effect#Tossed ball on a rotating carousel
Figure 5 shows another example comparing the observations of an inertial observer with those of an observer on a rotating carousel. The carousel rotates at a constant angular velocity represented by the vector Ω with magnitude ω, pointing upward according to the right-hand rule. A rider on the carousel walks radially across it at constant speed, in what appears to the walker to be the straight line path inclined at 45° in Figure 5 . To the stationary observer, however, the walker travels a spiral path. The points identified on both paths in Figure 5 correspond to the same times spaced at equal time intervals. We ask how two observers, one on the carousel and one in an inertial frame, formulate what they see using Newton's laws.
Other articles related to "crossing a carousel, carousel":
... sees the walker travel a straight line from the center of the carousel to the periphery, as shown in Figure 5 ... The position of the walker as seen on the carousel is and the time derivative of Ω is zero for uniform angular rotation ... It's like battling a crosswind while being thrown to the edge of the carousel ...
Famous quotes containing the words crossing a and/or crossing:
“Nature is a setting that fits equally well a comic or a mourning piece. In good health, the air is a cordial of incredible virtue. Crossing a bare common, in snow puddles, at twilight, under a clouded sky, without having in my thoughts any occurrence of special good fortune, I have enjoyed a perfect exhilaration. I am glad to the brink of fear.”
—Ralph Waldo Emerson (18031882)
“This, my first [bicycle] had an intrinsic beauty. And it opened for me an era of all but flying, which roads emptily crossing the airy, gold-gorsy Common enhanced. Nothing since has equalled that birdlike freedom.”
—Elizabeth Bowen (18991973)