Numerade

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Solve (u-1)^(2)-27=0, where u is a real number. Simplify your answer as much as possible.

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Tell me a few things that make you unique and diverse.

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15. In a parallel circuit, what is the relationship between the current in the resistors and the current in the battery? 16. In a parallel circuit, what is the relationship between the potential difference across the resistors and the potential difference across the battery?

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An athlete starts at point A and runs at a constant speed of 7.0 m/s around a round track 100 m in diameter, as shown in figure.(Figure 1) Find the y component of this runner's average velocity between points A and B. Express your answer in meters per second. $v_{y\ av} =$ m/s Submit Request Answer Part C Find the x component of this runner's average acceleration between points A and B. Express your answer in meters per second squared. $a_{x\ av} =$ m/s$^2$ Submit Request Answer Part D Find the y component of this runner's average acceleration between points A and B. Express your answer in meters per second squared. $a_{y\ av} =$ m/s$^2$

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Which of the following best describes the principle of double effect? a. A nurse has only one dose of a particular medication and two patients who need the medication. The nurse decides which of the two patients will have a better outcome. b. A physician prescribes a somewhat toxic medication for a patient because the positive effects outweigh the negative effects on the patient. c. An elderly patient's adult son asks the physician to discontinue treatment of his father. d. A patient refuses to take a medication due to fear of the side effects.

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4. Compute numerically without drawing base blocks (5' 431$_{six}$ + 245$_{six}$

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The molar enthalpy h of a binary liquid mixture of species 1 and 2 at 300 K and 1 bar pressure is given by h = 2250x + 13050x - 3600x [J/mol] (a) (10 pts.) What are the values of the molar enthalpy of pure 1 and pure 2, h1 and h2? (b) (20 pts.) Determine an expression for H, the partial molar enthalpy of species 1. (c) (10 pts.) Obtain an expression for the enthalpy of mixing, hmix. (d) (15 pts.) If 10 mol/s of pure 1 at 300 K is continuously mixed with 5 mol/s of pure 2 at 300 K in an isothermal mixer, how much heat Q [J/s] has to be removed or supplied to ensure that the system is at constant pressure?

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School of Mechatronic Engineering, Universiti Malaysia Perlis ENT346, Semester 2, 2015/2016 8. A large machine has a mass of 200 kg and is mounted on an undamped elastic foundation of stiffness, $k = 2.5 \times 10^6$ N/m as shown in Figure 6. During the operation at 110 rad/s, the machine is subject to a harmonic force of magnitude 2200 N. (i) Determine the steady-state amplitude of the machine as it operates. (ii) Determine the required stiffness of an undamped vibration absorber of mass 20 kg such that steady-state vibrations of the machine are eliminated during operation. (iii) Determine the amplitude of the absorber mass when the vibration absorber of part (ii) is used. (iv) What are the natural frequencies of the resulting two degree-of-freedom system? (v) When this absorber is used, what is the frequency range such that the machine's steady-state amplitude is less than 1.2 mm? 2200 sin(110t) 200 kg $k_{eq} = 2.5 \times 10^6$ N/m (a) Figure 6 Machine is mounted on an elastic foundation at an excitation frequency of 110 rad/s.

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Obtain the general solution to the equation.\\ $y \frac{dx}{dy} + 2x = 3y^4$\ The general solution is $x(y) = $ , ignoring lost solutions, if any.

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Transistor WIL Q1 Q2 Q3 Q4 Q5 Q6 Q7 Q8 30/0.5 30/0.5 10/0.5 10/0.5 60/0.5 W/0.5 60/0.5 60/0.5 D9.114 The two-stage CMOS op amp in Fig. P9.114 is fabricated in a 0.18-µm technology having $k_n = 4k_p =$ 400 µA/V$^2$, $V_A = -V_A = 0.4$ V. (a) With A and B grounded, perform a dc design that will result in each of Q1, Q2, Q3, and Q4 conducting a drain current of 100 µA and each of Q5 and Q7 a current of 200 µA. Design so that all transistors operate at 0.2-V overdrive voltages. Specify the W/L ratio required for each MOSFET. Present your results in tabular form. What is the dc voltage at the output (ideally)? (b) Find the input common-mode range. (c) Find the allowable range of the output voltage. $I_{REF} = 200\,\mu A$ $V_{DD} = +0.9\,\text{V}$ (d) With $v_i = v_{i2}/2$ and $v_i = -v_{i2}/2$, find the voltage gain $v_o/v_{i2}$. Assume an Early voltage of 6 V.

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jacqueline w.