_ A uniform board is balanced at its midpoint on a cylinder. Two objects P and Q, of equal mass, are placed on either side of the fulcrum so that the board remains balanced. Object P is then moved 10 cm to the right, to posib'on P' as \\\\\\\\\\\\\\\\V shown. Cylinder \\ a, 3, :Modeling clay To keep the system balanced, should object Q be moved toward the fulcrum a distance greater than, less than, or equal to 10 cm? 0 Q should be moved a distance greater than 10 cm toward the fulcrum. O Q should be moved a distance less than 10 cm toward the fulcrum. O Q should be moved a distance equal to 10 cm toward the fulcrum. O The system cannot be balanced by moving Q. Q There is not enough information to determine anything about where Q should be placed. D Question 10 1 pts Explain the reasoning you used to obtain your answer to the question above. 12ptV ParagraphV B I 9 Av v TZV 09v .v Question 11 1 pts The board is balanced again with plllfnp" 0 objects P and Q at new posihons. l\\\\ Object P is then moved a distance \\'~\\ 10 cm to the right, to posion P". To keep the system balanced, should object Q be moved toward the fulcrum a distance greater than, less than, or equal to 10 cm? 0 Q should be moved a distance greater than 10 cm toward the fulcrum. O Q should be moved a distance less than 10 cm toward the fulcrum. O Q should be moved a distance equal to 10 cm toward the fulcrum. O The system cannot be balanced by moving Q. Q There is not enough information to determine anything about where Q should be placed. Question 12 1 pts Explain the reasoning you used to obtain your answer to the question above. 12ptV Paragraphv B I 9 AV 2V Tzv 00v .v