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kelly johnson

kelly j.

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Which of the following species are capable of acting as nucleophiles? Select all that apply $$CH_3CH_2CH_2SK$$ $$CH_3CH_2CH_2CH_3$$ $$CH_3CH_2CH_2ONa$$ $$CH_2CH_2CH=CH_2$$

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Give a personal example of how reinforcement has shaped one of your behaviors? Give a personal example of how reinforcement has shaped one of your loved ones/friend's behaviors.

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Now suppose Bx>0Bx>0, and another electron is projected in the same manner. Which of the following is the most accurate qualitative description of the electron's motion once it enters the region of nonzero magnetic field? The electron decelerates before coming to a halt and turning around while always moving along a straight line. The electron's motion will be unaffected. (It will continue moving in a straight line with the same constant velocity.) The electron moves in a circle in the xy plane. The electron moves along a helical path about an axis parallel to the field lines with constant radius and constant velocity in the x direction.

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For the following circuits, assume Tsetup and Thold are \( 0.1 \mathrm{~ns}, \mathrm{Clk}->\mathrm{Q} \) is 1.0 ns , all gate delays are 1.0 ns , and the clock period is 100 ns . "In" is an external input to the circuit, and all DFFs were initialized to 0 before the circuit started running. For each circuit, figure out whether OUT can ever be a 1. If it can, give a specific scenario when this can happen. If it cannot, explain why. "In" is asynchronous in relation to the clock A.) B.) C.) D.)

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Skull characteristics can tell scientists a lot about an animal's natural history. For instance, what can you deduce about an animal with a large sagittal crest? Select one: a. The animal is active a night. b. The animal stands erect. c. The animal has strong jaw muscles. d. The animal is a prey species.

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6. A tank holds 600 gallons of a well-mixed solution of water and 50 lbs of salt. A salt solution with 0.25 lbs/gallon of salt flows into the tank at a rate of 6 gallons per minute. a) Write a differential equation for the amount of salt in the tank if the solution flows out of the tank at a rate of 6 gallons per minute. Simplify and round decimals to 3 places. $\frac{dy}{dt} = \frac{6(0.25) - \frac{y}{1000}6}{1} \approx 1.5 - 0.006y$ Classify the above differential equation. Separable; Linear; Autonomous b) Write a differential equation for the amount of salt in the tank if the solution flows out of the tank at a rate of 3 gallons per minute. Simplify. $\frac{dy}{dt} = \frac{6(0.25) - \frac{y}{1000}3}{1} = 1.5 - 0.003y$ Classify the above differential equation. Separable; Linear; Autonomous c) Solve the differential equation in part (b) for the General Solution (don't solve for the constant C of integration). $\frac{dy}{dt} = 0$ $0.12 - 0.0005y + 0.0005$

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The business disposes a machine that costs 125.000 .000 VND and has accumulated depreciation of 91.000 .000 VND . It selts the machine for 19.250.000 VND cash in banks (including 10\% VAT). The cost for making the sales is 750.000 VND, \( 10 \% \) VAT, paid in cash on hand.

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After making payments for 19 months, Natasha decides to repay the loan in full. Use this information and the monthly payment, found above, to calculate her payoff amount (PV) on the loan. How many payments does Natasha have left (Use this as N in the TVM Solver below? Calculate the payoff amount (PV). N = FV = I% = P/Y = PV = C/Y = PMT = PMT: END BEGIN

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a) Define atomic scattering and geometric structure factors. Find the expression of the geometric structure factor in terms of coordinates for a cubic crystal. b) Find the value of the geometric structure factor for the diamond structure.

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A diffraction grating 20.0 mm wide has 6530. rulings. (a) Calculate the distance $d$ between adjacent rulings. (b)At what angle will the second intensity maximum occur if the incident radiation has a wavelength of 517. nm?

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