8.16.12 Define "Latent Heat"
Status : - -
8.16.12 Describe each of the following processes with regard to the changes of state of water:
Status : - -
8.16.12 Describe the processes that change the physical state of moisture and explain how latent heat is involved in each transformation.
Status : - -
8.16.14 Name and explain the processes by which water vapour enters the atmosphere
Status : - -
8.18.10 Explain the adiabatic process.
Status : - -
8.18.14 State the approximate value of the saturated adiabatic lapse rate (SALR).
Status : - -
8.18.14 What are the terms used for describing the characteristics of cloud.
Status : - -
8.18.14 What are the terms used for describing the characteristics of cloud.
Status : - -
8.18.16 State the conditions needed for the conditionally unstable air to be forced to become unstable
Status : - -
8.18.18 Define the following...
Status : - -
8.18.20 Explain why inversions and isothermal layers are atmospherically very stable
Status : - -
8.18.22 Explain how the relationship between the ELR and DALR can be used to determine the stability or instability of unsaturated air.
Status : - -
8.18.22 Explain how the relationship between the ELR and SALR can be used to determine the stability or instability of saturated air.
Status : - -
Effect of ELR and (SALR / DALR )
Status : - -
8.20.2 Define Inversion and Isothermal Layer
Status : - -
8.20.2 Explain the factors in he development of the following
Status : - -
8.20.4 Describe the flight conditions in the presence of inversions.
Status : - -
8.20.4 Describe the flight conditions in the presence of inversions.
Status : - -
8.20.4 Describe the following inversion types
Status : - -
8.20.4 Explain how cloud drops can grow through the following..
Status : - -
8.20.4 Effects of Inversions
Status : - -
8.22.10 Describe the following lifting mechanisms found in the atmosphere
Status : - -
8.22.12 List the cloud types associated with each lifting mechanism
Status : - -
8.22.14 Describe the following cloud types including a description of likely turbulence and precipitation
Status : - -