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Answer: Insect Collisions. A cubical cage 1.25 m on each
Chapter 18, Problem 70P(choose chapter or problem)
Problem 70P
Insect Collisions. A cubical cage 1.25 m on each side contains 2500 angry bees, each flying randomly at 1.10 m/s. We can model these insects as spheres 1.50 cm in diameter. On the average, (a) how far does a typical bee travel between collisions, (b) what is the average time between collisions, and (c) how many collisions per second does a bee make?
Questions & Answers
QUESTION:
Problem 70P
Insect Collisions. A cubical cage 1.25 m on each side contains 2500 angry bees, each flying randomly at 1.10 m/s. We can model these insects as spheres 1.50 cm in diameter. On the average, (a) how far does a typical bee travel between collisions, (b) what is the average time between collisions, and (c) how many collisions per second does a bee make?
ANSWER:Solution 70P
Step 1:
Data given
Length on side of cubical cage
Number of bees
Velocity of bees
Diameter of sphere =
Thus we have
Consider
Substituting the values we get