Numerade

Questions asked

BEST MATCH

Referring to figure below, derive the expressions for the variables C(s), E(s), and M(s) in terms of R(s) and D(s). $D(s)$ $R(s)$ + $E(s)$ + $\frac{6}{s}$ $\frac{1}{4s + 1}$ $M(s)$+ $C(s)$ $\frac{1}{3s + 2}$ 10

View Answer

BEST MATCH

Educational institutions report tuition amounts paid and billed, and scholarships received, through what form? Form 1098-T Form 1099-C Form 1099-G Form W-4

View Answer

BEST MATCH

Jamison, CPA, is auditing the financial statements of Deegan Industries. Jamison had obtained appropriate audit evidence, sufficient to support an opinion, by January 24, year 3, and issued his audit report (dated January 24, year 3) on February 12, year 3. In which case would Jamison most likely use dual dating? A. On January 18, year 3, the partner in charge of the Deegan audit retired and was replaced by an alternative partner. B. On February 10, year 3, a fire occurred at Deegan's manufacturing plant. The fire had no material effect on Deegan's year 2 financial statements, and no disclosure of the fire was deemed necessary. C. On January 10, year 3, one of Deegan's primary customers declared bankruptcy due to its deteriorating financial condition. As a result, Deegan wrote off a material account receivable that had been included in the year 2 balance sheet. A note was also added to the year 2 financial statements to discuss the financial impact of losing this customer. D. On February 8, year 3, a lawsuit in which Deegan was the defendant was settled out of court. The year 2 financial statements were appropriately adjusted to reflect the resolution of this matter, and a footnote explanation was

View Answer

BEST MATCH

Question 5 1 pts There are three consequences to sensation when exposed to a sustained stimulus. Which of the following is not one of these three consequences? The relation between stimulus and sensation is fixed, unchanging, and does not vary. The rate at which sensory magnitude increases with stimulus level usually steepens. The apparent intensity of the stimulus changes. Sensitivity changes so that a different level of stimulus intensity is required to induce a given sensory response after adaptation than before adaptation.

View Answer

BEST MATCH

Tuke, Pinel, Todd, and Dix created clinical psychology. True False Tuke, Pinel,Todd,and Dix created clinical psychology True False

View Answer

BEST MATCH

Which statement would replace XXX so that the output is: 4, 12, 30? def get_stats(int_list): result_sum = 0 result_min = int_list[0] result_max = int_list[0] for value in int_list: result_sum += value if value < result_min: result_min = value if value > result_max: result_max = value return result_sum, result_min, result_max values = [ 6, 4, 12, 8] XXX print(f'{a}, {b}, {c}')

View Answer

BEST MATCH

Question 17 Evaluate the integral. $\int \csc(6x+1)\cot(6x+1)dz$ $\circ -\csc(6x+1) + C$ $\circ -\frac{1}{6}\cot(6x+1) + C$ $\circ -\frac{1}{6}\csc(6x+1) + C$ $\circ \frac{1}{6}\csc(6x+1) + C$

View Answer

BEST MATCH

22\\ Sample Problem:\ 6:0 m 31H +\\ 12V F\\ 400 ???? Figure TBD In the electric circuit shown in Figure TBD above, the circuit was in steady-state before the switch is closed at t = 0. Find the voltage of the capacitor Vc(t) for t > 0 and answer the following questions: (a) The simplified Differential Equation as a function of $v_c(t)$ for t > 0 is: $\frac{d^2v_c(t)}{dt^2} + [a \times \frac{dv_c(t)}{dt}] + [b \times v_c(t)] = c$ $a = $ $, $b = $ $, $c = $ (b) The response type for t > 0 is: Is it underdamped, overdamped, or critically damped? (c) The value of the initial capacitor voltage at t = 0+, $v_c(0+)$, is equal to: Final Answer Main Solution Steps: $v_c(0+) = $ (d) The value of $\frac{dv_c(0+)}{dt}$ is equal to: Final Answer $\frac{dv_c(0+)}{dt} = $ Main Solution Steps: (e) The complete solution for $v_c(t)$ for t > 0 is: Final Answer:

View Answer

BEST MATCH

Question 3: A baseball pitcher is employing a ballistic pendulum to determine the speed of fastball. A 4.0 kg lump of clay is suspended from a cord 2.0 m long. When the pitcher throws fastball aimed directly at the clay, the ball suddenly becomes embedded in the clay and the swing up to a maximum height of 0.1 m as shown. If the mass of the baseball is 0.2 kg, find: a. The speed of the pitched baseball. b. The initial momentum of the baseball. . If the same baseball caused the clay lump to swing twice as high (0.2 m) what was the original speed of that pitched ball?

View Answer

BEST MATCH

II. Position space Consider the three functions defined from $x = 0$ to $x = a$ below. $\psi_1(x) = \sqrt{\frac{2}{a}} \sin(\frac{\pi x}{a})$ $\psi_3(x) = \sqrt{\frac{2}{a}} \sin(\frac{3\pi x}{a})$ $\psi(x) = \frac{1}{\sqrt{13}} (2\psi_1(x) + 3\psi_3(x))$ A. Divide each graph into three regions of equal width. Approximate the value of each function by its value at the center of each region and write your results in the table at right. The first two entries are given. B. Sketch a new graph of each function by assuming it is equal to the value written in the table throughout each region (i.e., each graph should be a step function with three levels).

View Answer

anna m.