Also explain this four thunderstorms please Identify the type of thunderstorm de

Question

Also explain this four thunderstorms please Identify the type of thunderstorm described in each statement. OT-ordinary thunderstorm MCS-mesoscale convective systems FSL-frontal squall lines SP -supercell ALL-true for all four thunderstorm types S P 1 Always rotate MCS 2.Occur in clusters ALL 3. Contain thunder and lehtning OT 4. Rarely produce severe conditions OT 5. Form far from frontal boundaries MC S 6. Form in regions with weak or no wind shear SP-7. Appear as a hook shaped echo on radar reflectivity FSL 8. Commonly form along the tail of the comma cloud" h'c S10. Account for most large, damaging tornadoes and large hail 9. Appear as a long continuous line on radar reflectivity 11. Responsible for much of the summer rainfall in the Central Plains 12. The anvil can grow to cover an area the size of an entire U.S state 13. Have an anvil and may have mammatus on the underside of the anvil 14. Can produce hail and tornadoes but are most often associated with strong straight line winds 15. A low-level jet helps transport warm moist air into the storm and provides low- level wind shear that contributes to storm rotation

Explanation / Answer

11) -Mesoscale convective system (MCS) thunderstorm, which is responsible for much of the summer rainfalls in the central plains. This thunderstorm is larger in scale compared to an individual thunderstorm, even affecting the weather event to occur the following day in the surrounding areas if it grows larger.

12)- Mesoscale convective system , which is large scale thunderstorm and can grow larger enough to cover an entire US state.

13)- All the thunderstorm types have anvil and may have mammatus clouds on the underside of the anvil.

14)- Frontal squall lines can produce hail and tornadoes but are most often associated with the straight line winds when the sqall line is in the shape of a bow echo.

15)- Supercell thunderstorms are formed when a low level jet helps to transport warm moist air into the storm and provides the low leel wind shear that contributes to storm rotation.

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