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d. None of the above 1. Composite attributes are represented in the ER diagram by a single line ovel: True b False *

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Sketch the graph of the quadratic function. (Select Update Graph to see your response plotted on the screen. Select the Submit button to grade your response.) f(x) = x^2 + x - 8 Indicate the coordinates of the vertex, the y-intercept, and the x-intercepts (if any). (If an answer does not exist, enter DNE. If there are multiple x-intercepts, enter your answers as a comma-separated list.) vertex (x, y) = \left( -\frac{1}{2}, -\frac{33}{4} \right) y-intercept y = -8 x-intercepts x = \frac{-1-\sqrt{33}}{2}, \frac{-1+\sqrt{33}}{2} Since the graph is symmetric around the vertical line through the vertex, reflecting the y-intercept across the line of symmetry, we find the additional point (x, y) = () on the graph. Determine the left-hand and right-hand behavior of the graph. (If an answer does not exist, enter DNE. If you need to use co or -co, enter INFINITY or -INFINITY, respectively.) As the graph goes to the left without bound, the values of y approach As the graph goes to the right without bound, the values of y approach

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Walton Corporation incurs the following annual fixed costs: Item Cost Depreciation $51,000 Officers' salaries 150,000 Long-term lease 100,000 Property taxes 9,000 Required Determine the total fixed cost per unit of production, assuming that Walton produces 2,500, 3,000, or 3,500 units. Note: Round your answers to 2 decimal places. Units Produced 2,500 3,000 3,500 Fixed cost per unit

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<> Python Run Code Input 1 number1=int(input()) 2 number2=int(input()) 3# Write your code here 2 2 Output Your code didn't print anything. Task Using the print Method Complete the Python code to take two integers as the user input and print their average. The formula of the average is as follows: Average = $(a + b)/2$ Sample Input: 2 2 Sample Output: 2.0

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The RC circuit shown in the figure has resistance of $R = 7.4 k\Omega$ and the capacitance of $C = 7.6 \mu F$. The capacitor is initially charged at a voltage $V_0 = 27.3 V$ at $t=0$, when the switch is closed. Determine the charge on the capacitor in units of $\mu C$ at the instant the current running in the circuit is 48% of its initial value? Express your answer using two decimal places.

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a) Given a sample from a Uniform(0, 2) and a Uniform(0, 1) distribution, y = \{0.2, 1.6, 0.8\} and u = \{0.2, 0.6, 0.1\}, use the rejection sampling method to sample from the following probability density function f(x) = \begin{cases} 3x^2/8 & \text{for } 0 < x < 2\\ 0 & \text{otherwise} \end{cases} b) Which of the two sampling methods in Question 1) or Question 2a) is more efficient? Why?

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Section 8.3 Momentum Conservation and Collisions 8.32 Two skaters collide and grab on to each other on friction- less ice. One of them, of mass 66.0 kg, is moving to the right at 2.00 m/s, while the other, of mass 65.0 kg, is moving to the left at 2.80 m/s. What are the magnitude and direction of the velocity of these skaters just after they collide? 8.33 A 16.0-kg fish swimming at 1.10 m/s suddenly gobbles up a 4.40-kg fish that is initially stationary. Ignore any drag effects of the water. (a) Find the speed of the large fish just after it eats the small one. (b) How much mechanical energy was dis- sipated during this meal? 8.34 Two fun-loving otters are sliding toward each other on a muddy (and hence frictionless) horizontal surface. One of them, of mass 8.00 kg, is sliding to the left at 6.00 m/s, while the other, of mass 5.65 kg, is slipping to the right at 5.50 m/s. They hold fast to each other after they collide. (a) Find the magnitude and direction of the velocity of these free-spirited otters right after they collide. (b) How much mechanical energy dissipates during this play?

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2. Suppose the above gas consists of N electrons. Using the fact that the total number of particles does not change with temperature (since temperature only excites particles from below to above the Fermi level, it does not create/destroy particles), calculate the temperature-dependent chemical potential $\mu(T)$ (Hint: Sec 3.2.3). How does $\mu$ vary with $T$ at low $T$?

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Determine the inverse Laplace transforms of the following expressions: a. A(s) = s(s^2 + 30s + 225) b. A(s) = s(s^2 + 1500s + 1562500)

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Consider the following memory hierarchy. Unit Access Latency Local Miss Rate ----------------------------------------------------------------------- L1 1.5 cycles 80% L2 15 cycles 65% Memory 150 cycles 100% What is the average memory access time? (Hint: AMAT= hit time + miss rate * miss penalty)

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