Numerade

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How many outer orbital electrons are found in an atom ofa. Na?b. P?c. Br?d. I?e. Te?f. Si?

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The biggest part of the brain, called the _____, contains the cerebral cortex, which is ______ in humans that other animals. a) forebrain; larger b) forebrain; smaller c) midbrain; larger d) hindbrain; larger

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Determine $ i_{1} $ and $ i_{2} $ in the circuit in Fig.

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When a work team goes white-water rafting or engages in some other outdoor team-building exercise, they are creating a reflect on and improve the way they work together.

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3-) Find each limit a-) $\lim_{x \to 2} \frac{x^3 + 1}{x + 1}$ b-) $\lim_{x \to -1} \frac{|x^2 - 1|x}{x + 1}$ c-) $\lim_{x \to 1} \frac{x - \sqrt{x}}{\sqrt{x} - 1}$ d-) $\lim_{x \to 0} \frac{\sqrt{x + 5} - \sqrt{5 - x}}{x}$

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Simplify.\newline$\sqrt{y^{13}}$ Assume that the variable represents a positive real number.

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Energy line at sections (1 and 2) are as stated in the figure below. Calculate: a) the manometer deflection, Ah, and b) the power loss between sections (1 and 2) for the given discharge in terms of N.m/s. El. 51 m E.G.L. El. 46 m E1. 10 m D El. 9 m Water (w = 9810 N/m^3) Mercury (S.G. m = 13.6)

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6. Approximate wavefunction. A quantum dot is a small spherical particle (of e.g. CdSe) that can trap an electron. For the purpose of describing the behavior of the electron, the quantum dot can be approximated as a three-dimensional spherical box, i.e. the electron is confined to the volume inside a sphere of radius R. The potential is $V(r) = 0$ for $r \le R$ and $V(r) = \infty$ for $r > R$. The function $\psi(r) = N(R - r)$ is a reasonable approximation to the exact ground-state wavefunction. (A) Write down the Hamiltonian for the electron in the quantum dot. (B) Calculate the normalization constant N. (C) Using $\psi(r)$, estimate the ground-state energy.

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Add Add PC Address Instruction Instruction memory Data Register Registers ALU Address Register Register # Data Data memory 1 2 3 4 5

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Problem 5 For which level of water in the tank on the left (marked $z$ [m]) will the cone (orange, see figure) valve open? The valve has a weight of $Q$ [N]. Assume a liquid density of $\rho$ [kg/m³], an earth acceleration of $g$ [m/s²], the height in the right tank is $H$ [m], the height of the conical ball valve is $h$ [m] (the diameter of the valve base is $D$ [m], the diameter the small half-sphere inside the cone (orange) valve is $d$ [m]).

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william n.