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As humans, we seek relationships and instinctively monitor our safety and security, reacting to our environment and adapting our behavior to maintain a steady state of security to do all we need and want to do. Consequently (select all that apply): Option A The more we know about our assets, challenges, power, and privilege, the better we navigate our changing interactions, relationships, and environments. Option B The more we know about the circumstances, people, and environments around us, the better we feel and engage. Option C The less we know about our assets, challenges, power, and privilege, the better we navigate our changing interactions, relationships, and environments. Option D The less we know about the circumstances, people, and environments around us, the better we feel and engage

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Question 1 Define "Social Construction." An idea or practice that no one agrees exists. An idea or practice that a group of people agree exists. An idea or practice that is not relevant to sociology. An idea or practice that one person thinks exists.

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Muscle fibers store the polysaccharide carbohydrate ________________, which can be broken down into glucose molecules for use in ATP production. O creatine phosphate O glycogen O DNA O glucose

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Causes of delayed fetal transition include: a. birth at 41 weeks. b. acidosis. c. prenatal vitamins. d. hypertension.

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Q3. Consider the 2X2 Rubik's cube shown below: (a) Develop a list-based state representation for the 2 imes 2 Rubik's cube so that a search algorithm can be applied to solving it. Keep it simple! Explain your state representation. (b) Any state in which all 4 pieces on each of the 6 sides all have the same number as each other is a goal state (e.g. as in the picture above). Can your representation represent more than one such goal state or is it unique? Show the goal state or states and explain why or why not. (c) Any state that is not a goal state is a potential start state for the search. Show and explain two different start states. (d) A move for the 2 imes 2 rubric cube is a rotation of one of the 6 faces by either 90 degrees left, 90 degrees right or 180 degrees (direction doesn't matter). Since there are 6 faces, that makes 6 times 3 possible moves. Present the transition model, mapping the state before the move to the state after the move, for all the moves but just for one side. (e) Assuming you have moves for all 6 sides, what is the branching factor for this search? (f) Can you propose a modification of the action model to reduce this complexity? Be sure to explain how it reduces the complexity. (g) To apply A* search to this problem we need to have an admissible heuristic. Explain in detail whether the following is or is not an admissible heuristic: h(s)= sum of the number of mismatched pieces each side E.g. if all the numbers on a side are different, then 3 are mismatched; if 2 are the same, then 2 are mismatched; if 3 are the same then 1 is mismatched. Q3. Consider the 2X2 Rubiks cube shown below: + There are six faces, numbered 1 to 6. Each face can rotate +90, -90or 180o (a) Develop a list-based state representation for the 2x2 Rubiks cube so that a search algorithm (b) Any state in which all 4 pieces on each of the 6 sides all have the same number as each other is a goal state (e.g. as in the picture above). Can your representation represent more than one such goal state or is it unique? Show the goal state or states and explain why or why not. (c) Any state that is not a goal state is a potential start state for the search. Show and explain two different start states. (d) A move for the 2x2 rubric cube is a rotation of one of the 6 faces by either 90 degrees left, 90 degrees right or 180 degrees (direction doesnt matter). Since there are 6 faces, that makes 6 times 3 possible moves. Present the transition model, mapping the state before the move to the state after the move, for all the moves but just for one side. (e) Assuming you have moves for all 6 sides, what is the branching factor for this search? (f) Can you propose a modification of the action model to reduce this complexity? Be sure to explain how it reduces the complexity (g) To apply A* search to this problem we need to have an admissible heuristic. Explain in detail whether the following is or is not an admissible heuristic: h(s) = sum of the number of mismatched pieces each side E.g. if all the numbers on a side are different, then 3 are mismatched; if 2 are the same, then 2 are mismatched; if 3 are the same then 1 is mismatched.

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What should the teen have done after discovering the vulnerability instead of automating the exploit?

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74. $f(-3 + h) - f(-3)$\\ In Problems 61-74, find and simplify the expression if\\ f(x) = x^2 - 4.\\ 61. f(5x)\\ 63. f(x + 2)\\ 65. f(x^2)\\ 67. f(\sqrt{x})\\ 69. f(2) + f(h)\\ 71. f(2 + h)\\ 73. f(2 + h) - f(2)\\ 62. f(-3x)\\ 64. f(x - 1)\\ 66. f(x^3)\\ 68. f(\sqrt{x})\\ 70. f(-3) + f(h)\\ 72. f(-3 + h)\\ 74. f(-3 + h) - f(-3)

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Translate the phrase into an algebraic expression. Then simplify the expression. The sum of the reciprocal of a number and the quotient of 5 and twice the number.

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True/False: Some variables, such as financial units (i.e. money) and the Likert scale, do not have fixed singular variable types. Rather, the data scientist may choose between multiple variable types based upon statistical need, such as discrete vs continuous and ordinal vs numeric.

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Use the change of base theorem to find an approximation. Round to 4 decimal places.\ $\log_8 0.71$

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rosa h.