A stalled front that may bring many days of clouds and precipitation is a (n) 8 Schooloc x6 Arithmet6 U4 LesseO U4L5 T-L LearningO U4L3_RoA TurkHete xMail - Al x12-14-12 xSIS Grades a x->A chester.schoology.com/common-assessment-delivery/start/4548587620?action=onresume&submissionld=3564766772 Air Masses QuizA stalled front that may bring many days of clouds and precipitation is a(n)O cold frontO occluded frontO stationary frontO warm front9:37 AM1/15/2021P Type here to search

Stationary fronts: If the two masses meet together, it will stop moving. This type of stalled masses…

Answered: clouds and precipitation is a

Similar questions

Where does the moisture that feeds thunderstorms come from?
3. The data below shows the environmental temperature at different height: Altitude (m) 0 50 Temperature (°C) 24.00 23.75 100 23.50 150 200 23.25 23.00 Above 200 m, the ambient temperature increases at the rate of +20 °C km*1. (a) A 100-m tall stack emits a plume whose temperature is 24.50°C. Using graphical method and with justification, predict the maximum mixing height of the plume. (b) Describe the type of plume emitted under the conditions mentioned in 3(a).
These low-level clouds are composed of water droplets and indicate slightly unstable conditions. These are ____ clouds, Cumulonimbus Cumulus Altocumulus Nimbocumulus
Explain the difference between stable and unstable atmospheric conditions.
Imagine 2 locations, a snowy one, and a warm one. Both locations have a water vapor amount of 7 g/kg in the air. Which location is more humid percent-wise and why?
the surface low moved from southeastern Colorado to north-central kansas(375 miles) from November 9th, 1200z, to November 10th, 0000z. How did this speed compare with the 500-mb wind speeds in this region?
3
What can make storms dangerous?
3. Calculate the geostrophic wind speed in meters per second for a geopotential height gradient of 102 m per 1000 km. Compare this value with the four gradient wind speeds for the same height gradient and a radius of curvature of 500 km. Identify the anomalous and normal cyclones and anticyclones. Assume f = 10-4 s¯¹. [~ Holton 3.4] -1 S
why does air rise at 60 latitude?