Halloween science(+general knowledge)

Oxidation

Evaporation

Combustion

Decomposition

By creating a sense of fear through dark and dim lighting.

By using supernatural forces and paranormal activities.

By incorporating jump scares and sudden loud noises.

By utilizing techniques such as optical illusions, sound effects, and unexpected movements.

Gunpowder, paper, and metal

Water, salt, and sugar

Oxidizers, fuels, colorants, and binders

Plastic, glass, and wood

The colors of fireworks are created by painting the gunpowder with different pigments.

The physics of combustion, chemical manipulation, explosions, and gunpowder contribute to different visual effects in fireworks.

The shape of the fireworks determines the visual effects.

The temperature of the explosion affects the brightness of the fireworks.

Turns into a jack-o'-lantern

Grows bigger

Becomes a pie

Decay and rot

Phosphors absorb and release energy to create the glowing effect.

Phosphors enhance the brightness of the glow-in-the-dark decorations.

Phosphors change color when exposed to light.

Phosphors emit light when exposed to energy.

The temperature of fireworks affects their flight and explosion patterns.

The size of fireworks affects their flight and explosion patterns.

The color of fireworks affects their flight and explosion patterns.

The shape and design of fireworks control their flight and explosion patterns.

fructose

glucose

lactose

sucrose

orange

red

purple

yellow

Halloweenophobia

Samhainophobia

Witchophobia