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The Physics of Soap Bubbles
Contributed by: Flynn
  • 1. What is the primary reason soap bubbles have a spherical shape?
A) Air pressure
B) Gravity
C) Surface tension
D) Temperature
  • 2. What layer is present in a soap bubble?
A) Soap film
B) Sugar solution
C) Air
D) Water vapor
  • 3. What happens when two soap bubbles merge?
A) They create a solid
B) They pop immediately
C) They form a larger bubble
D) They disappear
  • 4. What happens to the pressure inside a soap bubble?
A) It's lower than the outside pressure
B) It's higher than the outside pressure
C) It's equal to the outside pressure
D) It's zero
  • 5. What is a common application of the physics of bubbles?
A) Metal casting
B) Foam insulation
C) Cooking
D) Concrete mixing
  • 6. What gas is primarily found inside a soap bubble?
A) Hydrogen
B) Air
C) Helium
D) Carbon dioxide
  • 7. What happens to a soap bubble in high altitude?
A) It stays the same size
B) It expands and can pop
C) It shrinks and becomes denser
D) It turns solid
  • 8. What happens when a bubble is popped?
A) The film breaks and the air escapes
B) It shrinks without breaking
C) It instantly turns solid
D) It expands further
  • 9. How does soap reduce the surface tension of water?
A) By increasing viscosity
B) By altering density
C) By adding weight
D) By disrupting hydrogen bonds
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