Could please solve these 8 questions for me cause i have test tomorrow Thanks

OA equilateral OD 1 pts Question 8 Question 3 You're flying at 10,000ft (approximately 700 mb) in the northern hemisphere. Your airspeed is 120 kts and your ground speed is The "thermal wind" relationship tells us that winds will increase with height above 170 kts. There is no observed cross wind (i.e., the winds are exactly parallel to your direction of flight). In this case, low pressure will most likely be found: regions of cold air masses O regions of warm air masses O straight ahead regions located between cold and warm air masses to your left straight behind O regions of standard temperature air masses to your right Question 9 Question 4 1 pts The subtropical jet is caused by Z- the centrifugal force 1008mb the conser 1004mb O strong horizo air moving from the poles to lower la Examine the above mean sea-level pressure surface chart with isobars drawn and labeled for an area in the northern hemisphere. What is the most likely wind direction (in METAR format) at the X, assuming typical values of surface frict 060 Question 5 270 1 pts 240 D 090 STW Question 10 Examine the picture below depicting the 1000-500 mb thickness contours in decameters. 2:57 614 Photo V 88 Don Question 25 Question 10 Assuming a moist adiabatic lapse rate of 5"C/km, the environmental lapse rate (EL Examine the picture below depicting the 1000-500 mb thickness contours in decameters. absolutely stable conditionally unstable - . 528 dam absolutely unstable - . 534 dam - - . 540 dam O neutrally stable Question 26 When flying from location A to location B, the average temperature of the 1000-500 mb layer would 3.0 ELR 2 2.5 O increase ELR 3 - ELR 4 O decrease - ELR 5 2.0 there is no way of knowing unless surface temperatures are provided 12.5 10 Question 11 0.5 The polar jet is most likely to be located directly over a region where the 1000-500 mb thickness values are_ -20 -15 -10 -5 O not enough information to answer the question 10 20 Temperature ('C) changing abruptly as you move horizontally figure above shows five environmental lapse rates (ELRs). Which ELR shows an absolutely unstable layer? O uniformly low O uniformly high ELR 2 LR 3 LR S