Numerade

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What are the number of conductor allowances present in the following box for the purposes of calculating box fill? Two 12 AWG conductors enter the box and are spliced to two 12 AWG conductors leaving, and to a pigtail feeding a 2-gang surge arrestor quad receptacle. A bare equipment grounding conductor is present in both wire pulls, is connected to the box, and is pigtailed to the receptacle. There are no internal cable clamps, studs, or hickeys present. a. 5 b. 7 c. 8 d. 9 Partial credit allowed.

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Question 38 (1 point) What is the volume of dry O2 gas at STP, if it had a volume of 5.00 L at 103 kPa and 300 K? Question 38 options: 4.46 L 5.39 L 4.63 L 5.00 L 5.60 L

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Do you include distributions recieved in calculating stock basis at wnd of year

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What is the mechanical impedance analogous to in electrical circuits?* a) Resistance b) Inductance c) Impedance d) Reactance

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Use the shell method to find the volume of the solid generated by revolving the region bounded by the given curves and lines about the x-axis.\ 41) $x = 5y - y^2$, $x = 0$\ A) $\frac{125}{6}\pi$\ C) $\frac{625}{12}\pi$\ 41) B) $\frac{625}{6}\pi$\ D) $\frac{625}{3}\pi$

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Question 13 (1 point) Listen ? ? Saved According to our discussion in class, which of the following is true in dual income families where women are earning higher salaries than their male spouses? 1) Women increase their time in housework because they feel guilty, trying to be supermom. 2) Men take over all of the housework, trying to be superdad. 3) Children are doing all the chores. 4) Men and women are doing equal amounts of housework.

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PROBLEM NO. 1: 4 MARKS A Single-Phase Overhead Transmission Line delivers 1000 KW at 13.8 KV at 0.8 pf lagging. If the Resistance and Reactance per conductor are 5 $\Omega$ and 7.5 $\Omega$, respectively, calculate the Transmission Line Efficiency. PROBLEM NO. 2: 3 MARKS Find the Inductance per meter of a Three- Phase Transmission Line using 1.24 cm diameter conductors when these are placed at the corners of an equilateral triangle of each side 2.25 m. PROBLEM NO. 2: 3 MARKS Find the Capacitance per phase per meter of a Three-Phase Transmission Line using 1.24 cm diameter conductors when these are placed at the corners of a triangle whose sides are: 2 m, 2.5 m, and 3 m.

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Problem 9. Consider the function $f(x) = \sqrt{x}$. (a) Find $T_2(x)$, the Taylor Polynomial of degree 2 of $f$ centered at $a = 4$. (b) Use your Taylor polynomial to find an approximation for $\sqrt{3}$. You may leave your answer as a sum of fractions. Problem 9 cont. (c) Find the best bound you can for the error made in your approximation of $\sqrt{3}$.

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Provide a brief overview of the onboarding process (the 4 steps) and for each step, discuss how technology may be integrated, and other training and development approaches presented in the last unit and this unit can be integrated for a successful approach to the onboarding process.

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A special coating, which is applied to the inner surface of a plastic tube, is cured by placing a cylindrical radiation heat source within the tube. The space between the tube and the source is evacuated, and the source delivers a uniform flux, q, which is absorbed at the inner surface of the tube. The outer surface of the tube is maintained at a uniform temperature, T2. Develop an expression for the temperature distribution T(r) in the wall in terms of q1, T2, r1, r2, and k. If the inner and outer tube radii are r1 = 25 mm and r2 = 38 mm, what is the power required per unit length of the radiation source to maintain the inner surface at T1 = 150Â°C, while the outer surface is fixed at T2 = 25Â°C? The tube wall thermal conductivity is k = 10 W/m-K.

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walter m.