Answer:
mass of the body is constant as it is property of body, but weight is product of acceleration due to gravity and mass, which may vary from place to place because acceleration due to gravity is different for different places.
Explanation:
Classical Thermodynamics studies the relationships between the State functions of the system: i.e. Pressure, Temperature, Volume, Energy, Entropy etc. In classical thermodynamics we pretend that we don’t know anything about the microscopic constituents (atoms) of our thermodynamic system. We do not talk about concepts like microstates, or ensemble averages, since such concepts require a more fine-grained perspective of the universe.
Statistical Thermodynamics explores how particular microscopic elements of the structures can be statistically related to the functions of the state. Depending on the limit in which we are, these microscopic elements can be either classically or mechanically quantified. In the end, nearly all statistical thermodynamics are derived by summing up the microscopic properties to derive equations for the functions of the macroscopic state.
Answer:
If you're asking if this is true or false, the answer is true.
Explanation:
Answer:
Both forces have the same magnitude
Explanation:
1) Notation
= force exterted by the bus to the firefly
= force exterded by the firefly to the bus
2) Analysis for the situation
The reason why is from the Third law of Newton that states: "For every action, there is an equal reaction force on the opposite direction to the original action force".
For this special case on math terms we have:
The fact that the firefly splatter on this case is because since have a smaller mass, it is less able to stand up to the larger acceleration from the interaction.
3) Conclusion
Based on this analysis, each force would have the same magnitude, so none force is greater than the other.