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Experience the dynamic display of neon as it bounces around, making vibrant colors based on its excitement level when not plugged in. See how neon gets hot and energized, producing an electrifying glow in response to electricity. Witness the neon sign's original stage after losing power and changes in colors when unplugged. Learn about neon atoms and ions collision generating energy for the neon to emit red light through electricity.
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1 2 3 Neon! Neon! Neon! Neon! Neon! Neon! Neon! Neon! Neon! Neon! Neon! Neon! Neon Neon Neon Neon Neon Neon Neon Neon Neon Neon Neon Neon Neon! Neon! Neon! Neon! Neon! Neon! Neon! Neon! Neon! Neon! Neon! Neon! Neon Bounces Around Making Different Colors Based on How “Excited” It Is Not Plugged In Neon Gets Really Hot And Gets Excited 4 5 Neon! Neon! Neon! Neon! Neon! Neon! Neon! Neon! Neon! Neon! Neon! Neon! Neon Neon Neon Neon Neon Neon Neon Neon Neon Neon Neon Neon Neon Looses Power Causing The Color Changes Neon Sign Gets Unplugged Causing to Go Back To Original Stage
The neon ions (parts of an atom that have fallen off), in the sign moves in the same direction as the electricity does. Neon atoms and ion collision generates energy which causes the neon to give off red light. Electricity Neon Ions Neon Atoms