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Step 1: Polarizatión Step 2: Charging + ++ + + A neutral aluminum pie tin is charged by induction. Step 1: The neutral pie tin is brought near a positively-charged acrylic board. Step 2: While the pie tin is held near the board, it is touched by a finger. The result is that pie tin becomes charged. How did the pie tin become polarized? What charge did it acquire and how?

Step 1: Polarizatión Step 2: Charging + ++ + + A neutral aluminum pie tin is charged by induction. Step 1: The neutral pie tin is brought near a positively-charged acrylic board. Step 2: While the pie tin is held near the board, it is touched by a finger. The result is that pie tin becomes charged. How did the pie tin become polarized? What charge did it acquire and how?

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Step 1: Polarization Step 2: Charging + + + + + + + + + + A neutral aluminum pie tin is charged by induction. Step 1: The neutral pie tin is brought near a positively-charged acrylic board. Step 2: While the pie tin is held near the board, it is touched by a finger. The result is that pie tin becomes charged. How did the pie tin become polarized? What charge did it acquire and how? Word Bank: Electrons in the pie tin move towards the acrylic board. Protons move from the pie tin to the finger. The pie tin becomes negative. Electrons move from the acrylic board to the pie tin. Protons in the pie tin move away from the acrylic board. Electrons in the pie tin move away from the acrylic board. Protons move from the pie tin to the acrylic board. Protons move from the acrylic board into the pie tin. The pie tin becomes positive. Protons move from the finger into the pie tin. The pie tin becomes positive. Electrons move from the pie tin to the finger. The pie tin becomes positive. Protons move from the acrylic board to the pie tin. Protons in the pie tin move towards the acrylic board, Electrons move from the acrylic board into the pie tin. The pie tin becomes negative. Electrons move from the finger into the pie tin. The pie tin becomes negative. Electrons move from the pie tin to the acrylic board. Protons move from the pie tin into the acrylic board. The pie tin becomes negative. Electrons move from the pie tin into the acrylic board. The pie tin becomes positive. Blank 1: Blank 2:
Transcribed Image Text:Step 1: Polarization Step 2: Charging + + + + + + + + + + A neutral aluminum pie tin is charged by induction. Step 1: The neutral pie tin is brought near a positively-charged acrylic board. Step 2: While the pie tin is held near the board, it is touched by a finger. The result is that pie tin becomes charged. How did the pie tin become polarized? What charge did it acquire and how? Word Bank: Electrons in the pie tin move towards the acrylic board. Protons move from the pie tin to the finger. The pie tin becomes negative. Electrons move from the acrylic board to the pie tin. Protons in the pie tin move away from the acrylic board. Electrons in the pie tin move away from the acrylic board. Protons move from the pie tin to the acrylic board. Protons move from the acrylic board into the pie tin. The pie tin becomes positive. Protons move from the finger into the pie tin. The pie tin becomes positive. Electrons move from the pie tin to the finger. The pie tin becomes positive. Protons move from the acrylic board to the pie tin. Protons in the pie tin move towards the acrylic board, Electrons move from the acrylic board into the pie tin. The pie tin becomes negative. Electrons move from the finger into the pie tin. The pie tin becomes negative. Electrons move from the pie tin to the acrylic board. Protons move from the pie tin into the acrylic board. The pie tin becomes negative. Electrons move from the pie tin into the acrylic board. The pie tin becomes positive. Blank 1: Blank 2:
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