| Standard Level of Achievement | Unacceptable Level of Achievement |
Mechanical energy (1) | Can calculate work and power | Can not calculate work and power |
Mechanical energy (2) | Can calculate the kinetic energy of an object | Can not calculate the kinetic energy of an object |
Mechanical energy (3) | Can calculate potential energy due to gravity | Can not calculate potential energy due to gravity |
Mechanical energy (4) | Can calculate potential energy by elastic force | Can not calculate potential energy by elastic force |
Mechanical energy (5) | Understand the laws of conservation of mechanical energy and can be used for calculating various physical quantities | Can not understand the laws of conservation of mechanical energy and be used for calculating various physical quantities |
Momentum (1) | Can calculate momentum from the mass and velocity of the object | Can not calculate momentum from the mass and velocity of the object |
Momentum (2) | Can calculate various physical quantities by using the difference of momentum equal to impulse | Can not calculate various physical quantities by using the difference of momentum equal to impulse |
Momentum (3) | Can calculate various physical quantities by using momentum conservation law | Can not calculate various physical quantities by using momentum conservation law |
Simple harmonic oscillation (1) | Can calculate various quantities that characterize simple harmonic oscillation such as period and frequency | Can not calculate various quantities that characterize simple harmonic oscillation such as period and frequency |
Simple harmonic oscillation (2) | Can explain the relationship between displacement, velocity, acceleration, and force in simple harmonic oscillation | Can not explain the relationship between displacement, velocity, acceleration, and force in simple harmonic oscillation |
Constant velocity circular motion | Calculate velocity, angular velocity, acceleration, and centripetal force of an object performing constant velocity circular motion | Calculate velocity, angular velocity, acceleration, and centripetal force of an object performing constant velocity circular motion |
Universal gravitation (1) | Can calculate the universal gravitational force acting between objects from the law of universal gravitational force | Can not calculate the universal gravitational force acting between objects from the law of universal gravitational force |
Universal gravitation (2) | Can calculate potential energy by universal gravitation | Can not calculate potential energy by universal gravitation |
Moment of force | Can calculate the moment of force | Can not calculate the moment of force |
Angular momentum | Understand angular momentum and the law of conservation of angular momentum, and can explain using specific examples | Can not understand angular momentum and the law of conservation of angular momentum |
Rigid body (1) | Can calculate the force balance in a rigid body | Can not calculate the force balance in a rigid body |
Rigid body (2) | Can calculate the center of gravity of a rigid body | Can not calculate the center of gravity of a rigid body |
Rigid body (3) | Can explain the relationship between the moment of inertia and the equation of motion of rotation for simple shapes | Can not explain the relationship between the moment of inertia and the equation of motion of rotation for simple shapes |