Question

Help me to solve the table .

i really need anwers to this question . I have already poated this question but you havent reply me back .

Answer as soon as possible .

QUESTION 2 Provide your answers in the text box provided below (Example a1 = xx.xx) Complete the table and calculate the stability of the six layers of the atmosphere between the observations. Assume DAR IS 10'C per 1000m and a MAR of 6°C per 1000m. Table 2 presents seven air temperature measurements recorded seven elevations by a thermometer attached to a balloon rising through the atmosphere, an atmospheric sounding a. Calculate the Change in Elevation Calculate the Change in Temperature Calculate ELR to the nearest 0.1 °C (a1, a2, a3, 24, a5, a6) (6 marks) d. Determine the stability of each atmospheric layer (b1,b2, 63, 64, bs, b6) (6 marks) NOTE: There are more questions below Table 2 Table 2. Layer Elevation Temp A Elevation A Temperature ELR Stability (m) (°C) (m) (°C) ("C/1000m) 245 3.5 b1 1 785 6.4 a1 a2 b2 2 1508 4.2 b3 2 3 2063 1.5 b4 4 2469 0.4 b5

Answer 1

The given data of elevation and temperature is used to find out the difference in their elevation and temperature value which is again used for finding out the ELR value. We know that for atmospheric air if

ELR<DAR then the layer is stable

if ELR> DAR then the layer is unstable.

& Solution :- a) Given the table as :- b) Layer Elevation Temp. A Elevetom 4 Temperature ELR (°C) (m) (°C) (../10000) Stability 345 3.5 1 540 2.9 - 5.37 stable 2 22.2. stable 3.04 3 -2.] 4.86 stable 785 6.4. 723 1508 4.2 555 15 406 2469 8.4 393 2862.-3.6 561 2063 4 - 1.1 2.70 stable -4.0 10.17 Unsteeble 6 - 7.3 Unstable 13.01 we know that ELR= -1000 X 47 A elevation, so for layer ELR: ~1000x 2.9 540 (0) = -5.37 "Chorom for layer 2 (22) = ~1000 x -2.2 2 3.04 ofiaroon 723 Sangam A Quality Product

Date: For layer 3(93) : -1000x-27 For - JODO X For 4.86 °C/ crom 555 layer 4 (94) 2.70 o/100m 406 layes 5 (ag) - 1600x - 4.0 393 =10.17 °C/1000m - 7.3 561 the ELR value the environment is with warming beight. For layer 6 (96) = -1000 x X ? 13.01 °C/1000m For . d) Given that DAR 10c/orom MAR 6°C/1000m b. For To check the stability we layes 1, ELR = -5:37 < DAR (18°c) > stable b2 ELR=3.04<DAR Stable bg & baby having ELR 4.86 and 2-10 <DAR - Bo the the layer are stable for bg ELR2 10.17 > DAR (Unstable) ELR2 13.01 > DAR (Unstable) for bo