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patricia goodman

patricia g.

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A minority shareholder can sell her shares for a discount over the fair market value of majority shares. Multiple Choice minority; discount; majority majority; discount; minority minority; premium; majority majority; premium; minority

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What are the structures found in a fertilized egg that will eventually fuse together to form the nucleus? nucleoli pronuclei prenuclei bi-nucleoli bi-nuclei

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Heart sounds of valve dysfunction associated with VHD are known as premature ventricular contractions. heart murmurs. heart palpitations. atrial fibrillation.

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The principal amount of bonds issued to finance the cost of a new city hall would be recorded as a liability in which of the following funds? General Fund Special Revenue Fund Capital Projects Fund Debt Service Fund None of the above

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If two nonhomologous chromosomes have a chiasma between them during mitosis, the result would most likely be _________blank. rev: 08_05_2021_QC_CS-271661 Multiple Choice reciprocal translocation simple translocation inversion deletion

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Two objects of masses m and 7m are moving toward each other along the x-axis with the same initial speed v0 = 335 m/s. The object with mass m is traveling to the left, and the object with mass 7m is traveling to the right. They undergo an elastic glancing collision such that m is moving downward after the collision at a right angle from its initial direction. (a) Find the final speeds of the two objects. m = Incorrect: Your answer is incorrect. Your response differs from the correct answer by more than 100%. m/s 7m = Incorrect: Your answer is incorrect. Your response differs from the correct answer by more than 100%. m/s (b) What is the angle 𝜃 at which the object with mass 7m is scattered? Incorrect: Your answer is incorrect.

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Class, if only good genes let one survive, why do we still have people who are not good athletes and do not have good sight or hearing?

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Texts: 1) In metals, which charged particles are free to move throughout the object? A) Protons B) Neutrons C) Electrons D) Both A and C E) All of these 2) What is the relationship between the resistances A: of objects A and B? A) R > RB B) R < RB C) RA = RB 3) If L = 0.100m and D = 0.240m, what is the resistance of object A? A) 24.0 B) 0.452 C) 0.553 D) 1.74 E) 2.21 4) Which of the following is the proper configuration to measure the current flowing through the resistor R? (The current meter is represented by the 'A' enclosed by a circle.) A) R B) Ri C) R1 D) Rz E) R 5) A circuit consists of two parallel resistors R = 30 kΩ and R = 70 kΩ, and one power supply = 10V. What is the relationship between the currents through the resistors? A) 4 < 1V B) 1 = h C) 1 < 1

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2. (a) (10 pt) Consider the bonding orbitals between H and N. If one sigma bonding orbital takes the following form: $\psi_{1s}$ (H) + 0.76 $\psi_{2p}$ (N). We can determine the normalization constant A of this wavefunction: A ($\psi_{1s}$ (H) + 0.76 $\psi_{2p}$(N)) as follows if the overlap integral S = 0.050 (S = $\int \psi^*_{1s}$ (H) $\psi_{2p}$(N) dt = $\int \psi^*_{2p}$(N) $\psi_{1s}$(H) dt). Note that electron-electron repulsion is neglected. (b) (10 pt) Find the normalized antibonding-orbital wavefunction (through the combination of ($\psi_{1s}$ (H) and $\psi_{2p}$(N)) orthogonal to A ($\psi_{1s}$ (H) + 0.76 $\psi_{2p}$(N)). (c) (20 pt) Secular equation $\begin{bmatrix} \alpha_H - E & \beta - ES\\ \beta - ES & \alpha_N - E \end{bmatrix} \begin{pmatrix} c_1\\ c_2 \end{pmatrix} = 0$. If $\alpha_H$ = -7.2 eV; $\beta$ = - 1.0 eV; S = 0.050, determine the bonding orbital energy E and $\alpha_N$ if solutions make sense? If solutions make no sense, brief give your reasoning. The wavefunction of the bonding orbital is A ($\psi_{1s}$ (H) + 0.76 $\psi_{2p}$(N)).

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Exercise#2: Using a switch statement, write a program to create a simple calculator for addition, subtraction, multiplication and division. The program asks the user to enter two numbers and to select an operator. The program then performs the requested operation on the two numbers. Sample input / output: Please enter two numbers: 9 12 Please enter an operation (+, -, * or /): * 9 * 12 = 108 Process returned 0 (0x0) execution time : 14.949 s Press any key to continue. Please enter two numbers: 7 13 Please enter an operation (+, -, * or /): + 7 + 13 = 20 Process returned 0 (0x0) execution time : 10.547 s Press any key to continue.

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