A student performs an experiment involving energy transfer by placing a metal spoon, a plastic spoon, and a wooden spoon in a glass filled with hot water. Each spoon is topped with a small amount of butter.
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The butter on the metal spoon is the initial one to melt and trickle down the utensil. Which of the subsequent descriptions most effectively clarifies the outcomes of this experiment?
(1 point)
Responses
The metal substance possesses a firm structure characterized by minimal molecular motion, facilitating the direct transfer of heat from one end of the spoon to the other.
The metal substance possesses a firm structure characterized by minimal molecular motion, facilitating the direct transfer of heat from one end of the spoon to the other.
The metal material rapidly condenses steam, facilitating the swift transfer of heat from the steam to warm both the metal spoon and the butter on it.
The metal material rapidly condenses steam, facilitating the swift transfer of heat from the steam to warm both the metal spoon and the butter on it.
The metal material expedites the transfer of energy through molecular collisions along the length of the spoon, enabling the heat to swiftly reach the butter.
The metal material expedites the transfer of energy through molecular collisions along the length of the spoon, enabling the heat to swiftly reach the butter.
The metallic substance consists of molecules spaced apart, enabling heat to traverse through the air pockets and reach the butter most rapidly.