Physics of Everyday Life

• Identify basic principles governing movement in common household objects

• Classify different forms of energy within a kitchen setting

• Analyze how material density affects buoyancy in water

• Apply Newton's first law to vehicle safety features

• Evaluate how surface texture alters kinetic energy loss

• Distinguish between conduction, convection, and radiation processes

• Describe molecular behavior during phase changes

• Calculate mechanical advantage using simple lever machines

• Illustrate how depth influences liquid pressure distribution

• Define frequency and amplitude in sound waves

• Relate acceleration to force and mass in cars

• Design a container that minimizes heat loss

• Demonstrate light refraction through convex glass lenses

• Evaluate home energy usage based on physical principles

• Create a solution for a common household problem