Question
Tisa makes a diagram to organize her notes about charging objects. Conduction square Which statement should she place in the region marked X? Electrons move between objects The objects do not touch. The objects develop opposite charges The objects have the same charge.
Answer
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Quentin
Elite · Tutor for 8 years
Answer
To answer this question, we need to consider what the intersection (point X) of the sets "Friction" and "Conduction" in a Venn diagram would represent in the context of charging objects.Step 1: Understand the terms "Friction" and "Conduction" in the context of charging objects.- "Friction" refers to the method of charging an object by rubbing it against another object, which can cause electrons to be transferred from one object to the other, resulting in one object being positively charged and the other negatively charged.- "Conduction" refers to the method of charging an object by bringing it into contact with another charged object, allowing electrons to move from one object to the other until both objects have the same charge.Step 2: Determine what the intersection of these two sets would imply.- The intersection (point X) would represent a statement that is true for both charging by friction and charging by conduction.Step 3: Evaluate the given statements to see which one fits the intersection.- "Electrons move between objects." This statement is true for both friction and conduction, as both involve the transfer of electrons.- "The objects do not touch." This statement is not true for conduction, as conduction requires the objects to be in contact.- "The objects develop opposite charges." This is generally true for friction but not for conduction, as conduction can result in objects having the same charge.- "The objects have the same charge." This is not true for friction, as friction typically results in objects having opposite charges, but it is true for conduction after the charge transfer has occurred.Final Answer: The statement that should be placed in the region marked X is "Electrons move between objects," as this is a common characteristic of both charging by friction and charging by conduction.