When you pour honey into a bowl, it flows smoothly. If you did the same with water, it would splash. These different behaviors occur because
A. honey's high viscosity keeps it flowing smoothly while water's low viscosity allows inertia to break its flow into many separate pieces.
B. honey's high momentum keeps it moving in a straight line while water's low momentum allows it to turn abruptly in many different directions.
C. honey's high mass keeps it flowing smoothly while water's low mass allows it to acquire lots of angular momentum.
D. honey's high density keeps it flowing smoothly while water's low density allows it to float upward and splash about.
Answer:A
When you pour honey into a bowl, it flows smoothly. If you did the same with water, it would splash. These different behaviors occur because
A. honey's high viscosity keeps it flowing smoothly while water's low viscosity allows inertia to break its flow into many separate pieces. B. honey's high momentum keeps it moving in a straight line while water's low momentum allows it to turn abruptly in many different directions. C. honey's high mass keeps it flowing smoothly while water's low mass allows it to acquire lots of angular momentum. D. honey's high density keeps it flowing smoothly while water's low density allows it to float upward and splash about.