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I understand that I can use the textbook and my notes while taking this quiz, but I cannot receive outside help (i.e. work with a classmate or use internet sources). I will not share the questions or answers with classmates or make the quiz available online.  Please select ‘TRUE’ to indicate that you agree to the terms of this quiz.

Dr. Ruiz studies social development. Last month, she asked a group of 4-year-olds, a group of 7-year-olds, and a group of 10-year-olds about their experiences and attitudes toward sharing with peers. Dr. Ruiz is now analyzing the data to see if there are differences between the age groups. Dr. Ruiz has used what type of research design?

2. Review the relevant literature to define inter-organizational relations, networks, and collaborative governance. Elaborate and explain important differences between these constructs.  Is there anything inherently “public” about any one of these constructs or are they equally applicable for all organizational contexts? 

If (P1)(V1) = (P2)(V2), then V2 =

The temperature of 2.03 mol of an ideal monoatomic gas is raised 16.4 K at constant volume.What is the change ΔEint in the internal energy of the gas?

Three point charges are positioned as follows: q1 is at (0.00 m, 0.00 m), q2 is at (1.20 m, 0.00 m), and q3 is at (1.20 m, 1.60 m). If q1 = 1.00 µC, q2 = 2.00 µC, and q3 = 3.00 µC, what is the magnitude of the force on q2? 

The heat of fusion for ice at 0°C is 333.7 kJ/kg. What is the energy needed to melt 100 grams of ice at 0.00°C?  Express your answer in kJ.

The figure displays a closed cycle for a gas (the figure is not drawn to scale). The change in the internal energy of the gas as it moves from a to c along the path abc is -164 J. As it moves from c to d, 178 J must be transferred to it as heat. An additional transfer of 77.5 J to it as heat is needed as it moves from d to a. How much work is done by the gas as it moves from c to d?

The rate of heat flow through a slab is Pcond. If the slab thickness is doubled, its cross-sectional area is halved, and the temperature difference across it is doubled, then the rate of heat flow becomes:

Calculate the minimum amount of energy, in joules, required to completely melt 183 g of silver initially at 38.0°C. The melting point of silver is at 962°C. Its specific heat capacity is 236 J/kg·K and its latent heat of fusion is 105 kJ/kg.