Work Done by a Constant Force:

• Definition and understanding of work done by a constant force.

• Application of the formulas for calculating work.

• Ability to solve numerical problems involving constant forces.

• Recognition of the role of the angle between force and displacement vectors in work calculation.

Work Done by a Variable Force:

• Extension of the concept of work to variable forces.

• Integration of force over displacement for calculating work with variable forces.

• Interpretation of force-displacement graphs and their relevance to work done.

• Proficiency in solving problems involving work done by variable forces.

Kinetic Energy:

• Definition and understanding of kinetic energy.

• Derivation and application of the kinetic energy formula 

• Identification of factors influencing kinetic energy.

• Problem-solving skills related to kinetic energy calculations.

• Recognition of kinetic energy as a scalar quantity.

Work-Energy Theorem:

• Awareness and understanding of the work-energy theorem.

• Relating net work done to changes in kinetic energy.

• Application of the work-energy theorem to solve problems involving motion and energy transformations.

• Analysis of scenarios where work done is converted into kinetic energy and vice versa.

Power:

• Definition and understanding of power.

• Mathematical expression of power.

• Differentiation between instantaneous power and average power.

• Problem-solving skills involving power and its applications.

• Understanding the relationship between power and the rate of energy transfer.