Wrong answer minuses 5 points. Q3 (m? points). In the figure below, the y-axis represents the height, and the x-axis represents the magnitude of some thermodynamic variable. Line "ato line "1" represents the vertical profile of some thermodynamic variable of either an air parcel or the environment. The capital letter "A" to "D" represents the combination of the lines. There are 5 scenarios in the below that cach of them can be described using one or many lines ("a" to "T). Answering each correct line adds 3 points. Each wong line minuses 3 points. 1. Developed well mixed boundary layer: 2. Strong subsidence in the environment 3. Cloud in the mid-troposphere 4. Conditional unstable environment: 5. Stable environment : c Z g ht D 1. Profile(s) of an adiabatic air parcel following the first law of thermodynamics : 2. Profile() that the local stability is neutral in the boundary layer: 3. Profile(s) that can identify CAPE : 4. Profile(s) that has strong temperature inversion: 5. Profile(s) that is used to identify level of free convection: 04 (25 points): Following 03, there are 5 scenarios in the below that each of them can be described using one combination of the lines ("A" to "D"). Answering the correct combination adds 5 points. Wrong answer minuses 5 points. Q3 (m? points). In the figure below, the y-axis represents the height, and the x-axis represents the magnitude of some thermodynamic variable. Line "ato line "1" represents the vertical profile of some thermodynamic variable of either an air parcel or the environment. The capital letter "A" to "D" represents the combination of the lines. There are 5 scenarios in the below that cach of them can be described using one or many lines ("a" to "T). Answering each correct line adds 3 points. Each wong line minuses 3 points. 1. Developed well mixed boundary layer: 2. Strong subsidence in the environment 3. Cloud in the mid-troposphere 4. Conditional unstable environment: 5. Stable environment : c Z g ht D 1. Profile(s) of an adiabatic air parcel following the first law of thermodynamics : 2. Profile() that the local stability is neutral in the boundary layer: 3. Profile(s) that can identify CAPE : 4. Profile(s) that has strong temperature inversion: 5. Profile(s) that is used to identify level of free convection: 04 (25 points): Following 03, there are 5 scenarios in the below that each of them can be described using one combination of the lines ("A" to "D"). Answering the correct combination adds 5 points