Podcast
Questions and Answers
What meteorological quantity is extremely important for determining icing potential?
What meteorological quantity is extremely important for determining icing potential?
- Atmospheric pressure
- Temperature
- Droplet size
- Cloud liquid water content (correct)
At what temperature range does most icing take place due to the need for ice nuclei?
At what temperature range does most icing take place due to the need for ice nuclei?
- -20° to 0° C (correct)
- 0° to 20° C
- 20° to 40° C
- -40° to -60° C
What droplet size has a significant influence on icing conditions?
What droplet size has a significant influence on icing conditions?
- Less than 20 microns
- 50 microns
- 60 microns
- 40 microns (correct)
Why is it difficult to quantify liquid water content in clouds?
Why is it difficult to quantify liquid water content in clouds?
What is the physical limit to icing regarding temperature?
What is the physical limit to icing regarding temperature?
What is the main reason that small droplets tend to be swept around the airframe?
What is the main reason that small droplets tend to be swept around the airframe?
In which altitude range do 50% of icing cases typically occur?
In which altitude range do 50% of icing cases typically occur?
What causes rime ice to have a milky, opaque appearance?
What causes rime ice to have a milky, opaque appearance?
Under what conditions is clear ice most likely to form?
Under what conditions is clear ice most likely to form?
Why is the removal of clear ice considered difficult?
Why is the removal of clear ice considered difficult?
What type of icing results from encountering both rime and clear icing along a flight path?
What type of icing results from encountering both rime and clear icing along a flight path?
What temperature range is associated with clear icing based on Table 2.10?
What temperature range is associated with clear icing based on Table 2.10?
Which altitude range is considered optimal for encountering icing conditions?
Which altitude range is considered optimal for encountering icing conditions?
Why is rime ice considered lightweight and brittle?
Why is rime ice considered lightweight and brittle?
What makes clear ice particularly hazardous compared to other types of icing?
What makes clear ice particularly hazardous compared to other types of icing?
What is the primary characteristic of supercooled large droplet (SLD) ice?
What is the primary characteristic of supercooled large droplet (SLD) ice?
Which type of precipitation is most often associated with the warm layer process during the cold season?
Which type of precipitation is most often associated with the warm layer process during the cold season?
Which type of clouds mostly contain ice crystals and produce little icing?
Which type of clouds mostly contain ice crystals and produce little icing?
What is the maximum depth of continuous icing conditions in stratiform cloud layers?
What is the maximum depth of continuous icing conditions in stratiform cloud layers?
How do clouds typically contribute to the collision-coalescence process of droplet growth?
How do clouds typically contribute to the collision-coalescence process of droplet growth?
What is the key difference between SLD formation through the warm layer process and collision-coalescence?
What is the key difference between SLD formation through the warm layer process and collision-coalescence?
What type of environment often results in favorable conditions for supercooled large droplet (SLD) formation through warm intrusions aloft?
What type of environment often results in favorable conditions for supercooled large droplet (SLD) formation through warm intrusions aloft?
Which type of clouds are often observed to have both rime and mixed icing formations?
Which type of clouds are often observed to have both rime and mixed icing formations?
In which situation is flying between layers of multiple stratus clouds usually impossible?
In which situation is flying between layers of multiple stratus clouds usually impossible?
What combination of factors is likely to produce a high probability of icing?
What combination of factors is likely to produce a high probability of icing?
What products are used to Identify CAA using radar?
What products are used to Identify CAA using radar?
Which product can assist in identifying CAA by showing winds backing with height?
Which product can assist in identifying CAA by showing winds backing with height?
Which rule of thumb suggests forecasting rime icing based on temperature?
Which rule of thumb suggests forecasting rime icing based on temperature?
How can vertical cross sections be helpful in evaluating icing potential?
How can vertical cross sections be helpful in evaluating icing potential?
What type of icing is likely when temperatures at flight level are between 0°C and -8°C in cumuliform clouds?
What type of icing is likely when temperatures at flight level are between 0°C and -8°C in cumuliform clouds?
In which regions is the possibility of icing increased according to the text?
In which regions is the possibility of icing increased according to the text?
What does a S-shaped pattern in the zero isotach indicate according to the text?
What does a S-shaped pattern in the zero isotach indicate according to the text?
What are the key atmospheric phenomena combined in the quick-reference icing flowchart according to the text?
What are the key atmospheric phenomena combined in the quick-reference icing flowchart according to the text?
Where does the most severe icing occur in cumulus clouds?
Where does the most severe icing occur in cumulus clouds?
In which type of clouds is icing more variable due to factors depending on cloud's development stage?
In which type of clouds is icing more variable due to factors depending on cloud's development stage?
What type of icing rarely occurs in cirrus clouds?
What type of icing rarely occurs in cirrus clouds?
Where does light rime icing occur in warm frontal systems?
Where does light rime icing occur in warm frontal systems?
In what type of clouds is clear icing more prevalent than rime icing associated with cold fronts?
In what type of clouds is clear icing more prevalent than rime icing associated with cold fronts?
Where is moderate icing most likely to occur in cold frontal systems?
Where is moderate icing most likely to occur in cold frontal systems?
Which factor contributes to the likelihood and severity of icing in clouds over mountainous regions?
Which factor contributes to the likelihood and severity of icing in clouds over mountainous regions?
What is a characteristic of icing conditions in stratiform clouds of a widespread, slow-moving cold frontal cloud shield?
What is a characteristic of icing conditions in stratiform clouds of a widespread, slow-moving cold frontal cloud shield?
When does freezing drizzle and rain most often occur with frontal systems?
When does freezing drizzle and rain most often occur with frontal systems?
Which type of frontal system is associated with sporadic or continuous icing depending on stability?
Which type of frontal system is associated with sporadic or continuous icing depending on stability?
What type of cloud types are associated with moderate rime icing according to the text?
What type of cloud types are associated with moderate rime icing according to the text?
In what atmospheric condition is light frost likely to sublimate on aircraft?
In what atmospheric condition is light frost likely to sublimate on aircraft?
What weather condition would likely result in light rime icing according to the text?
What weather condition would likely result in light rime icing according to the text?
What does it indicate when the temperature curve lies to the left of the –8D curve in a subfreezing layer?
What does it indicate when the temperature curve lies to the left of the –8D curve in a subfreezing layer?
When is light frost likely to form through direct sublimation of water vapor?
When is light frost likely to form through direct sublimation of water vapor?
What conditions lead to light rime icing according to the text?
What conditions lead to light rime icing according to the text?
What is the purpose of determining the height of the -22°C isotherm in aviation weather forecasting?
What is the purpose of determining the height of the -22°C isotherm in aviation weather forecasting?
In aviation weather forecasting, what does a ring of enhanced reflectivity (30 to 45 dBZ) around the Radar Data Acquisition Unit signify?
In aviation weather forecasting, what does a ring of enhanced reflectivity (30 to 45 dBZ) around the Radar Data Acquisition Unit signify?
What is the significance of the vertical profile where the -8D curve is to the right of the temperature curve on a Skew-T diagram?
What is the significance of the vertical profile where the -8D curve is to the right of the temperature curve on a Skew-T diagram?
How does visible imagery assist in identifying icing potential during daytime hours?
How does visible imagery assist in identifying icing potential during daytime hours?
What do noisy differential reflectivity (ZDR) values and low correlation coefficient (CC) values on dual-polarization base data indicate in aviation weather forecasting?
What do noisy differential reflectivity (ZDR) values and low correlation coefficient (CC) values on dual-polarization base data indicate in aviation weather forecasting?
What does the presence of a weak signature in the specific differential phase (KDP) product suggest in aviation weather analysis?
What does the presence of a weak signature in the specific differential phase (KDP) product suggest in aviation weather analysis?
Why is determining the height of the freezing level important in aviation weather forecasting?
Why is determining the height of the freezing level important in aviation weather forecasting?
What does the presence of icing below the melting layer signify in aviation weather forecasting?
What does the presence of icing below the melting layer signify in aviation weather forecasting?
How do embedded lighter gray shades on visible imagery relate to icing conditions?
How do embedded lighter gray shades on visible imagery relate to icing conditions?
In aviation weather forecasting, what does a ring of noisy differential reflectivity (ZDR) values and low correlation coefficient (CC) values indicate?
In aviation weather forecasting, what does a ring of noisy differential reflectivity (ZDR) values and low correlation coefficient (CC) values indicate?
What is the main effect of induction icing on an aircraft's engine?
What is the main effect of induction icing on an aircraft's engine?
In what conditions can carburetor icing occur?
In what conditions can carburetor icing occur?
What is a consequence of carburetor icing?
What is a consequence of carburetor icing?
How does ice in the carburetor affect the engine?
How does ice in the carburetor affect the engine?
When does carburetor icing form?
When does carburetor icing form?
What atmospheric conditions favor carburetor icing?
What atmospheric conditions favor carburetor icing?
What can happen if ice forms on air intake ducts of an aircraft?
What can happen if ice forms on air intake ducts of an aircraft?
What is the potential consequence of ice breaking free from intake surfaces?
What is the potential consequence of ice breaking free from intake surfaces?
How does carburetor icing impact engine performance?
How does carburetor icing impact engine performance?
