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dynamics
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Galileo : He performed experiments to study the motions of pendulum and falling bodies.
Newton : He presented three basic laws governing the motion of particles.
weight : it is the product if mass and acceleration due to gravity
Einstein : he developed the theory of relativity
Schrodinger : he developed the theory quantum mechanics
Mass : a property of matter by which we can compare the action of one body with that of another.
Inertia : resistance of a body to any change on its velocity
Resultant : summation of all the forces.
Slug : unit of mass in FPS system of units
Force : it is equivalent to acceleration multiplied by mass.
Spring : its stiffness is measured as a force per unit length.
Friction : it is the resistance when a particle contact a rough surface or moves over another
Acceleration : a change in velocity
Jean : The French mathematician who discover the method for the application of the equation of motion.
Kilogram : unit of mass in SI system of units.
Gravitational : this force is termed "weight"
Dynamics : a state if equilibrium created if (-ma) is treated in the same way as the force vector
dynamics
Across:1. | a property of matter by which we can compare the action of one body with that of another. | 3. | it is the resistance when a particle contact a rough surface or moves over another | 4. | a state if equilibrium created if (-ma) is treated in the same way as the force vector | 5. | unit of mass in FPS system of units | 11. | a change in velocity |
| 12. | he developed the theory of relativity | 14. | summation of all the forces. | 16. | The French mathematician who discover the method for the application of the equation of motion. | 17. | resistance of a body to any change on its velocity |
| | Down:2. | he developed the theory quantum mechanics | 6. | He performed experiments to study the motions of pendulum and falling bodies. | 7. | He presented three basic laws governing the motion of particles. | 8. | it is equivalent to acceleration multiplied by mass. |
| 9. | this force is termed "weight" | 10. | unit of mass in SI system of units. | 13. | its stiffness is measured as a force per unit length. | 15. | it is the product if mass and acceleration due to gravity |
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© 2014
PuzzleFast.com, Noncommercial Use Only
dynamics
Across:1. | a property of matter by which we can compare the action of one body with that of another. | 3. | it is the resistance when a particle contact a rough surface or moves over another | 4. | a state if equilibrium created if (-ma) is treated in the same way as the force vector | 5. | unit of mass in FPS system of units | 11. | a change in velocity |
| 12. | he developed the theory of relativity | 14. | summation of all the forces. | 16. | The French mathematician who discover the method for the application of the equation of motion. | 17. | resistance of a body to any change on its velocity |
| | Down:2. | he developed the theory quantum mechanics | 6. | He performed experiments to study the motions of pendulum and falling bodies. | 7. | He presented three basic laws governing the motion of particles. | 8. | it is equivalent to acceleration multiplied by mass. |
| 9. | this force is termed "weight" | 10. | unit of mass in SI system of units. | 13. | its stiffness is measured as a force per unit length. | 15. | it is the product if mass and acceleration due to gravity |
| |
© 2014
PuzzleFast.com, Noncommercial Use Only