Applications of Uniform Circular Motion
This page explores practical applications of düzgün çembersel hareket in various scenarios.
For horizontal circular motion, the formula for the normal force is given:
F_N = mg + mv² / r
Where:
- F_N is the normal force
- m is the mass of the object
- g is the acceleration due to gravity
- v is the velocity
- r is the radius of the circular path
Example: In a car turning on a flat road, the normal force provides the centripetal force necessary for the circular motion.
For vertical circular motion, the tension in a rope or string is considered:
T = mg + mv² / r (at the bottom of the circle)
T = mg - mv² / r (at the top of the circle)
Highlight: The tension in the rope varies depending on the position of the object in its circular path.
These formulas are crucial for solving problems related to yatay düzlemde çembersel hareket formülleri and düzgün çembersel Hareket İp gerilmesi formülü.
Vocabulary: Tension (T) is the force exerted by a rope or string on an object attached to it.
Understanding these applications and formulas is essential for mastering 12.sınıf fizik düzgün çembersel hareket soru ve çözümleri pdf and preparing for exams.
