Numerade

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The nurse on a pediatric unit needs to transport a child to the radiology department. What factors should the nurse consider in choosing the method of transportation for the child? Select all that apply. Age and development of the child Time constraints on the nurse. Physical condition of the child Safety Presence of a parent or parents

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A 68.2-$\Omega$ resistor is connected in parallel with a 170.2-$\Omega$ resistor. This parallel group is connected in series with a 22.3-$\Omega$ resistor. The total combination is connected across a 14.1-V battery. Find (a) the current and (b) the power dissipated in the 170.2-$\Omega$ resistor. $R_1$ $R_3$ $R_2$ V ---

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Show me the steps to solve 1Today is 1.1.2016. Interest rate is 14%. A cash flow starts at 31.12.2020 with 125,000 USD and increasing thereafter by 4% a year forever. Find the present value.

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b. At the end of 2021, the unadjusted balance in the Supplies account was $1,000. A physical count of supplies on December 31, 2021, indicated supplies costing $300 were still on hand.

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Imagine a town in which only two firms (Firm 1 and Firm 2) own wells that produce water safe for drinking. Each Saturday, both firms decide how many gallons to pump and bring to town. They sell it for whatever price the market will bear. Suppose both firms can pump as much as they want without cost. The demand for water is: Quantity (Gallons) Price (Per Gallon) Total Revenue (and Total Profit) 0 120 0 10 110 1100 20 100 2000 30 90 2700 40 80 3200 50 70 3500 60 60 3600 70 50

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Find a formula for the derivative $y'$ at the point $(x, y)$: $(x^2 - y^2)\tan(y) = \sqrt{y}$

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Solve the exponential equation algebraically. Ap $7 - 6e^x = 1$ x =

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Texts: A p-n junction diode is formed by doped pure semiconductor material with NA = 10^18 cm^-3 and ND = 5x10^12 cm^-3. a. Compute the barrier potential of this device. b. Assuming Ψ0 = 0.4V and no reverse bias, calculate the depletion width into the p-type region, xp in μm. c. Assuming Ψ0 = 0.7V and no reverse bias, calculate the depletion width into the n-type region, xn in μm.

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Thermodynamics **Read & answer the question carefully. I will give the downvote if you answer this question randomly. Thankyou. Question: By applying the knowledge of first law and second law of thermodynamics, propose a thermal efficiency design for the nuclear power plant to avoid waste of energy and thermal pollution to the environment.

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The pendulum shown consists of a massless rod connected to a ball A of mass $m_A = 50$ kg. While the pendulum is rotating in the counterclockwise direction, it collides with a particle B of mass $m_B = 15$ kg at the instant when A is directly below point O. The magnitude and directions of the velocities of both A and B just before the impact are given in Figure 1. After the collision, the particles stick together and travel as one system. Neglect any friction in the pendulum. 1. Determine the velocity of the pendulum-particle system right after the collision and show that it continues to rotate in the counterclockwise direction. 2. State the coefficient of restitution e associated with this impact. 3. Calculate the total energy lost during this impact. 4. Calculate the maximum angle $\theta$ that the pendulum's rod makes with the vertical line following the impact, as shown in Figure 2. 5. For the same given masses, what is the minimum value of the pendulum's velocity before impact, i.e. $(v_A)_1,\text{min}$, to guarantee the system travels in a counterclockwise direction after the impact?

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pedro s.