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Title: A longitudinal wave travels on a slinky or any long spring. The wave is represented by the equation ... Post by: urraberry on Feb 5, 2024 A longitudinal wave travels on a slinky or any long spring. The wave is represented by the equation z(z, t) = 1.2 cm cos(1800 rad/s t + 60 m−1 z). What are the wavenumber and direction of propagation of the wave? ▸ 60 m−1; traveling in the + z direction ▸ 60 m−1; traveling in the − z direction ▸ 60 m−1; traveling in the + x direction ▸ 60 m−1; traveling in the − x direction Title: Re: A longitudinal wave travels on a slinky or any long spring. The wave is represented by the equation ... Post by: culwri204 on Feb 5, 2024 Content hidden
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