Question

please answer question 8, figure 6.44 is on the next picture

1024 Es 1020 1016 7. In Figure 6.43 you are given isobars of sea-level pressure. (a) Mark any centers of high and low sea-level pressure with an "H" or "L." (b) At each Jocation marked with a dot, use the isobars to estimate the wind direction. Indicate your answers by drawing the wind direction portion of the station model (assume that the dots are the cloud circles). (c) Based solely on the spacing of the isobars, arrange points D, E, and F in order of increasing wind speed. 8. Figure 6.44 shows isobars at 4Z on January 8, 1998. (a) Mark any centers of high and low sea-level pressure with an "H" or an "L." Mark any troughs with a dashed line and any ridges with a serrated line (that is, use the same symbols as in Figure 6.14b). (b) Using the isobars, draw a dozen or so arrows around the low-pressure area in the east to show the wind flow around this storm. Using your arrows, conclude which side of a low (west or east) would tend to hav southerly winds, and which side would tend to have northeriy winds. Therefore, which side would tend to be the warmer side and which side the colder? 36 wind at a particular time. of low pressure. Mark them

Answer 1

Air has weight. the load of air pressing down on the atmosphere and Earth’s surface is gas pressure. gas pressure is additionally referred to as atmospheric pressure, that is measured by barometers. gas pressure is lower at high altitudes, wherever there's less air pushing down. gas pressure is highest confused level. gas pressure at intervals Earth’s atmosphere changes often however invariably falls at intervals a collection vary.

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