Law of Conservation of Mass in Feeding Snakes
What is the law of conservation?
The law of conservation is given as the state in which the quantity can neither be created nor be destroyed. The mass as the physical quantity in the chemical reaction found to be conserved and not lost. What should be the masses compare according to the law of conservation of mass in feeding snakes by Dr. Martin?
A. The mass of the snake after feeding should be the same as the original mass of the snake.
B. The mass of the snake after feeding should be equal to the mass of the mouse.
C. The mass of the snake after feeding should be equal to the original mass of the snake minus the mass of the mouse.
D. The mass of the snake after feeding should be equal to the original mass of the snake plus the mass of the mouse.
Law of Conservation of Mass in Feeding Snakes
The law of conservation for the feeding of mice by snakes, as observed by Dr. Martin, states that the mass of the snake after feeding should be equal to the original mass of the snake plus the mass of the mouse.
The law of conservation of mass is a fundamental principle in science that states that the total mass of a closed system remains constant over time, regardless of the processes acting inside the system.
When Dr. Martin fed a snake a whole mouse and compared the mass of the snake before and after feeding, he observed that the mass of the snake after feeding was equal to the original mass of the snake plus the mass of the mouse. This observation is in line with the law of conservation of mass.
According to this law, mass cannot be created or destroyed in a chemical reaction or physical change, it can only be transformed or rearranged. In the case of the snake feeding experiment, the mass of the snake before and after feeding reflects the conservation of mass.
Therefore, the correct answer to the question is option D: The mass of the snake after feeding should be equal to the original mass of the snake plus the mass of the mouse. This demonstrates the application of the law of conservation of mass in the context of feeding snakes.