Aluminum Reactions and 9/11 Theory

Two scientists, Frank Greening and Christian Simensen, challenge the official 9/11 report, suggesting that molten aluminum from aircraft wreckage reacted explosively with water, contributing to the Twin Towers' collapse. Aluminum, safe under normal conditions, becomes volatile when molten and in contact with water, producing an explosive reaction. This theory could explain unexplained explosions and structural damage during the collapse.

Who are the scientists challenging the official 9/11 report?

• Frank Greening and Christian Simensen

• Albert Einstein and Isaac Newton

• Marie Curie and Niels Bohr

• Stephen Hawking and Carl Sagan

What metal is considered potentially explosive and was involved in the Twin Towers collapse?

• Steel

• Iron

• Aluminum

• Copper

Under what conditions does aluminum become volatile?

• When it is molten

• When it is cold

• When it is solid

• When it is in powder form

What common substance reacts explosively with molten aluminum?

• Carbon dioxide

• Water

• Nitrogen

• Oxygen

What are the products of the reaction between molten aluminum and water?

• Iron oxide and oxygen

• Aluminum oxide and hydrogen

• Carbon dioxide and nitrogen

• Copper sulfate and water

What temperature does aluminum reach inside the burning floors according to the theory?

• 2000 degrees

• 1500 degrees

• 1000 degrees

• 500 degrees

What forms around the aircraft wreckage to create a furnace?

• A concrete layer

• A metal shield

• An insulating wall of debris

• A water barrier

What could the theory explain about the events during the collapse?

• The color of the smoke

• The explosions heard by firemen

• The speed of the collapse

• The height of the towers

What could have weakened the steel supports according to the theory?

• The heat from the fire

• The explosive reaction of aluminum and water

• The weight of the debris

• The impact of the aircraft

How many firemen reported hearing explosions during the collapse?

• 50

• 118

• 200

• 300