Thermo Quiz

It is the branch of science that studies phenomena related to heat.

• Thermodynamics

• Heat

• Temperature

• Kinematics

If two systems A and B are at the same temperature and system C is also at the same temperature as A, then C is at the same temperature as B. This corresponds to the concept of

• Temperature compatibility between systems

• Conservation of energy

• Thermal Equilibrium

• Entropy

The area of study of thermodynamics is

• The exchange of thermal energy between systems and the mechanical and chemical phenomena that involve such exchanges.

• It deals with the macroscopic properties of matter, especially those affected by heat and temperature.

• It corresponds to the thermal equilibrium between two isolated systems.

• It establishes statistical generalizations that are always valid for microscopic systems.

It refers to the tendency of an isolated system to move towards disorder or chaos, which can never decrease.

• Thermal equilibrium

• Absolute zero

• Conservation of energy

• Entropy

The first law of thermodynamics states that:

• Absolute zero cannot be reached by any procedure consisting of a finite number of steps.

• Energy is neither created nor destroyed, only transformed.

• Temperature compatibility between systems at the same temperature.

• Work can only be done by transferring heat from a body at a higher temperature to one at a lower temperature.

The underlying concept of the second law of thermodynamics is:

• Thermal equilibrium

• Absolute zero

• Conservation of energy

• Entropy

The concept of absolute zero is related to:

• Law zero of thermodynamics

• Law one of thermodynamics

• Law two of thermodynamics

• Law three of thermodynamics

Determine the final temperature of copper that was originally at 16 degrees Celsius when 400J of heat energy were added.

Absolute zero corresponds to the temperature of:

• 0^o Kelvin

• -273^o Celsius

• -459.67^o Fahrenheit

• 0^o Celsius

An example of convection is:

• The rise of hot water and steam in boilers

• Heating water using solar energy

• Combustion of materials due to the presence of a heat source in direct contact

• Heating a metal can exposed to sunlight throughout the day