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michelle carroll

michelle c.

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Motivational interviewing technique involves using the OARS skills. The "S" stands for "Summarize" True False

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List and briefly describe the four factors in the social exchange theory of relationships. • rewards • costs • comparison level (expectations) • comparison level (alternatives)

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What is the difference between the Emergent Literacy Approach and the Scientifically Based Reading Research Approach? Give a definition and an example of an activity in the classroom and describe how the activity supports the emergent literacy approach as well as how it supports the scientifically based reading research approach.

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In Piaget's theory, ______ circular reactions appear at about 4 months of age, when an infant becomes aware of the wider world of objects beyond its own body. positive negative primary secondary

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Question 18 (1 point) Find the mean of the grouped data below. Upload a Picture of your solution. Age (Years) Frequency 5.5-10.5 2 10.5-15.5 4 15.5-20.5 7 20.5-25.5 1

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Collar A slides along a guide that is described mathematically by the expression z = 0.4x^2. The plane to which the guide is attached is rotating about the vertical z-axis with a constant rate Omega = 2.5 rad/s. It is known that the distance from the collar to the axis of rotation is increasing at the constant rate of x_dot = v = 8 m/s. Hint: Use cylindrical coordinates. (a) Assuming that the collar starts at the point O at time t = 0, find the velocity (magnitude and direction) as a function of time. (b) Give the speed of the collar at a time of t = 2 sec. (c) Give the acceleration (magnitude and direction) of the collar at a time of t = 2 sec. (d) Give the radius of curvature of the path of the collar at time t = 2 sec.

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You were given an order for Mycostatin 125,000 units p.o. swish and swallow t.i.d. You have a bottle containing 473 mL of Mycostatin oral suspension, 75,000u per mL.

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1. An input signal is given by: $v_{in}(t) = 5 + 2sin(1600\pi t + 25^\circ) + 5cos(10000\pi t)$ is applied to the RC filter shown in the following figure, Find an expression for the output signal, and determine the type of the filter. \text{Where } R = \frac{10000}{2\pi} \Omega \text{ and } C = 0.1 \mu F. \text{ (15-points)}

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2. An initially westerly zonal flow at 50'N is forced to rise over a north-south oriented mountain barrier. The flow initially lies between the surface (0 km altitude) and a fixed tropopause (12 km altitude). Before striking the mountain, the westerly wind increases linearly toward the north at a rate of 20 m s-1 per 1000 km. The crest of the mountain range is at 3 km. Assume that the speed of the zonal flow is uniform vertically, and assume that the flow satisfies the barotropic potential vorticity equation. (a) (2 pts) What is the initial relative vertical vorticity (the scalar ) of the flow? What are the shear and curvature parts of the relative vorticity of the flow? (b) (4 pts) What is the relative vertical vorticity when the flow reaches the crest and if it is deflected 5 latitude toward the south during the forced ascent? (c) (2 pts) Use the relative vertical vorticity obtained in part (b). Assume that the shear part of the relative vorticity becomes negligible as the flow ascends to the crest and is deflected to the south. Also assume that the flow attains a uniform horizontal speed of 10 m s-1. What is its radius of curvature in the horizontal plane at the crest? Report your answer in kilometers

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Question 14 Given the following class definition class Car: def __init__(self, maker, model): self._maker = maker self._model = model Which of the following is a correct statement for creating an object of the Car class? car = Car() car = Car("Toyota") car = Car('RV-4') car = Car('Toyota', 'RV-4') 10 pts

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