Observableclassical example sentences

"Observableclassical" Example Sentences

1. The behavior of the object can be described using observable classical physics.
2. The laws of observable classical mechanics govern the motion of everyday objects.
3. Newton's laws are the foundation of observable classical physics.
4. The observable classical behavior of a gas can be described using the ideal gas law.
5. The observable classical behavior of light can be explained using Maxwell's equations.
6. The observable classical behavior of electricity can be described using Ohm's law.
7. In observable classical thermodynamics, energy is conserved.
8. When dealing with observable classical phenomena, quantum mechanics cannot be used.
9. Observations of observable classical behavior can be made using simple tools like rulers and stopwatches.
10. The observable classical law of motion states that objects at rest will remain at rest unless acted upon by an external force.
11. Observable classical mechanics deals with macroscopic objects, while quantum mechanics deals with microscopic ones.
12. The observable classical properties of a material can be analyzed using x-ray diffraction.
13. The observable classical approach to understanding the structure of the atom led to the development of the Bohr model.
14. Observable classical thermodynamics does not take into account the behavior of individual atoms and molecules.
15. In observable classical electromagnetism, the force between two charges decreases as the distance between them increases.
16. The observable classical behavior of a pendulum can be described using simple kinematic equations.
17. When making predictions based on observable classical laws, the effects of air resistance and friction must be taken into account.
18. Observable classical mechanics is essential for understanding the behavior of machines and structures.
19. The observable classical behavior of waves can be described using the wave equation.
20. The observable classical behavior of a baseball in flight can be described using projectile motion equations.
21. The observable classical nature of the solar system led to the development of Kepler's laws of planetary motion.
22. Observable classical mechanics can be used to describe the behavior of large populations of particles, like the gases in our atmosphere.
23. The observable classical nature of the universe can be explained using Einstein's general theory of relativity.
24. When dealing with complex systems, the principles of observable classical mechanics must be applied in a simplified, approximate way.
25. The observable classical properties of materials like metals and ceramics can be analyzed using stress-strain curves.
26. When investigating the observable classical properties of a substance, it's important to control the temperature and pressure of the environment.
27. The observable classical behavior of sound waves can be described using equations of motion.
28. Observable classical mechanics is the foundation of engineering disciplines like civil and mechanical engineering.
29. When studying the observable classical behavior of a system, it's important to distinguish between linear and nonlinear regimes.
30. The observable classical approach to studying the behavior of complex systems has made possible the development of modern science and engineering.

Common Phrases

1. "The observable classical behavior of the system is influenced by external factors";
2. "In the absence of any disturbance, the system exhibits observable classical features";
3. "Measurements of the system's physical properties yield observable classical results";
4. "The observable classical nature of the system can be explained by classical physics";
5. "The observable classical behavior of the system conforms to Newton's laws of motion";
6. "The observable classical dynamics of the system can be simulated using computer programs";
7. "The system's observable classical properties are independent of the observer's frame of reference";
8. "The observable classical properties of the system are insensitive to quantum fluctuations";
9. "The observable classical behavior of the system can be described using classical statistical mechanics";
10. "The observable classical features of the system make it amenable to classical control strategies".