![]() ![]() ![]() ![]() #Microsoft#Windows 10#live Resolution: 1920x1080 Windows 10 Resolution: 2040x1351 Download Free New Year Clock Countdown screensaver, New Year Resolution: 1920x1200 Big Clock Live Wallpaper Resolution: 1920x1080 Jujuba Clock for Windows 8 is a clock and time management application Resolution: 1952x1112 Windows 8 – HD Wallpaper – Windows 8 Wallpaper Resolution: 1920x1080 Transparent Live Tiles arent new to Windows 10 on phones, but the Start menu on PCs currently restricts all tiles to full opacity. Example 15.1 Given below are some examples of wave motion. In deep water, as the depth increases, the wave motion changes fairly rapidly. State in each case if the wave motion is transverse, longitudinal or a combination of both: (a). The curved trochoidal shape at the surface flattens further down, and the total motion decreases. This flattening and decreasing continues with increasing water depth until all that remains is a small back and forth movement. Eventually, when that motion decreases to one-half of the wave's total length, it will cease as well. In shallow water, the same flattening of the circular wave motion occurs, but there is no decrease in the forward/backward motion.Īs a deep-water wave reaches shore, it begins to interact with the bottom. ![]() When the depth of the water is one-half of the wave's length, drag (friction) from the bottom will cause the waves to slow down, grow taller, and become shaped like peaks. These wave peaks will continue to grow until they become unstable and, moving faster than the water below, break forward. The speed at which a wave moves through the water is dependent on the wave's length and the depth of the water. Generally, the longer the wavelength, the faster it moves. Tsunamis can have extremely long wavelengths (60 miles/100 km or more) and thus move around 550 mph (900 km/h). ![]()
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