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Read through the following situations involving static electricity investigations. Identify which statement accurately explains what happened. _ 3 Students begin A Electrons were with a negatively removed from the charged aluminum object. pie plate. After conducting the procedure. they observe that the C. Protons were added to B. Electrons were added to the object. pie plate has the object. become D_ Protons were removed electrically from the object. neutral. - 3 Students begin with a positively charged soda pop can. After conducting the procedure, they observe that the pop can has become electrically neutral. 0 Students begin with a neutral soda pop can. After conducting the procedure, they observe that the pop can has become positively charged. Aneutral aluminum pie tin is charged by inducation. Step 1: Neutral pie tin A is brought near a negatively- charged acrylic board. Step 2: While the pie tin is held near the board it is touched by a second neutral aluminum pie tin B. The result is that pie tin A becomes charged. Before After During 3 Step 1: Polarization i I. Which statement best describes what happens in Step 2'? O Electrons move from pie tin A into the acrylic board. Pie tin A becomes positive. O Protons move from the acrylic board into pie tin A. Pie tin A becomes positive. 0 Electrons move from pie tin B into pie tin A. Pie tin A becomes negative. 0 Electrons move from the acrylic board into pie tin A. Pie tin A becomes negative. 0 Protons move from pie tin A into pie tin B. Pie tin A becomes negative. 0 Protons move away from pie tin B into pie tin A. Pie tin A becomes positive. O Protons move from pie tin A into the acrylic board. Pie tin A becomes negative. O Electrons move from pie tin A into pie tin B. Pie tin A becomes positive. Aneutral aluminum pie tin is charged by inducation. Step 1: Neutral pie tin A is brought near a negatively- charged acrylic board. Step 2: While the pie tin is held near the board it is touched by a second neutral aluminum pie tin B. The result is that pie tin A becomes charged. Before After Dunng - I a I. - Step 1: Polarization ' _ Which statement best describes what happens in Step 1? C) Protons move from pie tin A to the acrylic board. O Electrons in pie tin A move towards the acrylic board. 0 Protons in pie tin A move awawy from the acrylic board. 0 Protons move from the acrylic board to pie tin A. O Electrons in pie tin A move away from the acrylic board. 0 Electrons move from pie tin A to the acrylic board. 0 Protons in pie tin A move towards the acrylic board. 0 Electrons move from the acrylic board to pie tin A. QUESTION 14 0.5 points Save Answer A positively-charged balloon is brought near to a neutral, conducting can. When it is held near, the opposite side of the conducting can is touched, causing the can to become charged. Which figure below explains the particle movement in this situation? A: B: + C: + D: + O W D C OO DA positively-charged balloon is borught near a set of three blocks. Some blocks are conductors, others are insulators. Which of the following images show the correct particle movement? Key: = Conductors = Insulators A: + P* B: e' + C: e D: p* O A O B O c OStudy the figure below. At which location should a second wire be connected in order for bulbs 1 and 3 to be lit? A 2 B D C O Location A O Location B O Location C O Location DMatch the following descriptions with the relative number of protons (p) and electrons (e). C An aluminum pie A. p = e plate is positively- B. p > e charged. C.p