Q5: Fireworks tend to look fairly symmetric. But not always! This is a feat of modern engineering! Using the ideas of Conservation of Momentum, A) explain why most fireworks are very symmetric, and B) speculate using your understanding of momentum about how designers might be able to create asymmetric patterns (what might they have to adjust to make the inner eyes and smile seen below?).
Q5: Fireworks tend to look fairly symmetric. But not always! This is a feat of modern engineering! Using the ideas of Conservation of Momentum, A) explain why most fireworks are very symmetric, and B) speculate using your understanding of momentum about how designers might be able to create asymmetric patterns (what might they have to adjust to make the inner eyes and smile seen below?).
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Q5: Fireworks tend to look fairly symmetric. But not always! This is a feat of modern engineering! Using the ideas of Conservation of Momentum, A) explain why most fireworks are very symmetric, and B) speculate using your understanding of momentum about how designers might be able to create asymmetric patterns (what might they have to adjust to make the inner eyes and smile seen below?)
Transcribed Image Text:Q5: Fireworks tend to look fairly symmetric. But not always! This is a feat of modern engineering! Using
the ideas of Conservation of Momentum, A) explain why most fireworks are very symmetric, and B)
speculate using your understanding of momentum about how designers might be able to create
asymmetric patterns (what might they have to adjust to make the inner eyes and smile seen below?).
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