Understanding Funnel Clouds

The video explains the formation of a funnel cloud near Aurora reservoir, highlighting the role of horizontal surface vorticity and wind shear. It describes how a thunderstorm stretches spinning air into a vertical column, leading to condensation and the visible funnel cloud. The event was widely observed due to its high altitude and proximity to the Metro area, with reports from various locations. The funnel eventually collapsed as the air returned to a horizontal state.

What was the location of the funnel cloud event discussed in the video?

• South of Aurora reservoir

• North of Aurora reservoir

• East of Aurora reservoir

• West of Aurora reservoir

What is the term used to describe the spinning of air near the surface?

• Air turbulence

• Vertical surface vorticity

• Surface wind shear

• Horizontal surface vorticity

What tool does the meteorologist use to explain horizontal surface vorticity?

• A ruler

• A pen or pencil

• A piece of paper

• A string

What happens to the spinning air when a thunderstorm flares up above it?

• It stretches into a vertical column

• It forms a horizontal column

• It dissipates

• It slows down

What reveals the funnel cloud in the vertical column of air?

• Precipitation

• Wind shear

• Evaporation

• Condensation

Why was the funnel cloud highly visible to the public?

• It was during a clear day

• It was accompanied by heavy rain

• It was very low to the ground

• It was close to the Metro and high in the sky

How high was the funnel cloud off the ground?

• Between 11,000 and 12,000 feet

• Between 5,000 and 10,000 feet

• Between 3,000 and 4,000 feet

• Between 1,000 and 2,000 feet

Which locations reported seeing the same funnel cloud?

• Watkins, North East Aurora, East Aurora, Southlands, Parker, and Elizabeth

• Thornton, Westminster, Arvada, Broomfield, and Brighton

• Aurora, Centennial, Littleton, Englewood, and Lakewood

• Denver, Boulder, Colorado Springs, Fort Collins, and Greeley

What is a 'row pout' in the context of the funnel cloud?

• When the funnel cloud dissipates due to lack of moisture

• When the air below the storm returns to horizontal and the funnel collapses

• When the funnel cloud forms a tornado

• When the funnel cloud touches the ground