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(Solved): Table 3 below gives the temperature and dewpoint for a rising air parcel with a surface temperature ...




Table 3 below gives the temperature and dewpoint for a rising air parcel with a surface temperature of \( T_{s f c}=13^{\circ
Table 3: Air parcel temperature and dewpoint at \( 0.5 \mathrm{~km} \) increments of height above the surface, for an air par
Table 3 below gives the temperature and dewpoint for a rising air parcel with a surface temperature of and a surface dewpoint of . (Note that, since . we know the air parcel is subsaturated at the surface.) Given this information, fill in the missing temperature and dewpoint values for the air parcel at 0.5 height increments, up to and including a height of above the surface. Note that, just like you must halve the values of the DALR and MALR to apply them in increments of height, you must halve the dewpoint lapse rate to apply it in increments of height. The dewpoint lapse rate becomes . You should find the air parcel's LCL within the table. Use MALR to calculate temperature and dewpoint values above the air parcel's LCL. The temperature and dewpoint have been given at and above the surface for you to check your answers. If your calculations do not lead to these given temperatures and dewpoints. re-do your work, checking the values of your halved lapse rates and making sure you are applying them correctly at and around the LCL. Table 3: Air parcel temperature and dewpoint at increments of height above the surface, for an air parcel with temperature and dewpoint at the surface Table 3: Air parcel temperature and dewpoint at increments of height above the surface, for an air parcel with temperature and dewpoint at the surface


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Solution:To determine the temperature and dewpoint of the rising air parcel at different heights, we need to use the following steps:Calculate the lif
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