Physics Concepts and Principles Assessment

Mr. Huff provides a comprehensive review for the semester 2 final exam, covering key physics topics such as momentum, Newton's laws, thermodynamics, wave properties, work and energy, and electricity. He emphasizes the importance of using notebooks for review, understanding key concepts, and applying formulas. The video also includes practical examples and encourages students to ask questions if needed.

Which of Newton's laws is associated with the concept of equal and opposite reaction forces?

• Newton's Third Law

• Newton's Second Law

• Law of Conservation of Energy

• Newton's First Law

What is the term for the amount of heat required to change the temperature of a certain mass by 1°C or 1K?

• Latent Heat

• Specific Heat Capacity

• Heat Transfer

• Thermal Conductivity

Which method of heat transfer involves the movement of fluid or gas?

• Radiation

• Convection

• Contact

• Conduction

What happens to the potential energy of a pendulum at its highest point?

• It is zero

• It is equal to kinetic energy

• It is at its minimum

• It is at its maximum

Which color of light is bent the most when passing through a prism?

• Violet

• Blue

• Green

• Red

In a series circuit, how do you calculate the total resistance?

• Take the reciprocal of the sum of reciprocals

• Add up all resistances

• Multiply all resistances

• Subtract the smallest resistance from the largest

What happens to an atom when it loses an electron?

• It becomes a positive ion

• It becomes an isotope

• It becomes a negative ion

• It remains neutral

Which force is only attractive and not repulsive?

• Electrical Force

• Gravitational Force

• Magnetic Force

• Nuclear Force

What type of energy do batteries use to generate electricity?

• Thermal Energy

• Nuclear Energy

• Kinetic Energy

• Chemical Energy

According to Ohm's Law, what is the relationship between voltage, current, and resistance?

• Voltage = Current x Resistance

• Voltage = Current / Resistance

• Voltage = Resistance / Current

• Voltage = Current + Resistance