- #1
wolovemm
- 3
- 0
so if M is displaced downward through a distance of D, is the ratio of v/V=2 (v is the speed of m and V is the speed of M)
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SUMMARY
The discussion confirms that when mass M is displaced downward through a distance D, the speed ratio of displaced mass m to mass M is v/V = 2. This indicates that mass m moves twice as far as mass M, with both speed and acceleration being doubled. The relationship is established as a definitive principle in mechanics, illustrating the direct correlation between displacement and velocity in this context.
PREREQUISITES- Understanding of Newton's laws of motion
- Familiarity with basic kinematics
- Knowledge of acceleration concepts
- Comprehension of mass and displacement relationships
- Study Newton's second law of motion for deeper insights
- Explore kinematic equations related to displacement and velocity
- Investigate the implications of acceleration in mechanical systems
- Examine real-world applications of mass displacement in engineering
Physics students, mechanical engineers, and anyone interested in the principles of motion and displacement in mechanics.
so if M is displaced downward through a distance of D, is the ratio of v/V=2 (v is the speed of m and V is the speed of M)
- #2
OlderDan
Science Advisor
Homework Helper
- 3,009
- 2
Yes, m moves twice as far as M with twice the speed and twice the magnitude of acceleration.wolovemm said:
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