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Your patient is a 22-year-old male who has ingested a large amount of alcohol and is vomiting. He is conscious but uncooperative. He allows you to examine him but refuses transport to the hospital. You have sought assistance from law enforcement on scene. Which of the following is the best action? Question content area bottom Part 1 A. Contact medical direction for further advice. B. Obtain a witnessed refusal. C. Find a relative or neighbor to come over and stay with the patient. D. Stay with the patient until he has stopped vomiting.

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20. A bullet (mass 0.020 kg) traveling horizontally with a speed of 400 m/s strikes a wooden block (mass 1.98 kg) that is initially at rest on a horizontal surface. The bullet sticks to the block. After the collision with the bullet, the block (with the bullet embedded in it) slides along the surface a distance $d$ before coming to rest. The coefficient of kinetic friction between the block and the surface is $\mu_k = 0.40$. What is the distance $d$? (a) 1.42 m (b) 1.68 m 2.04 m $v = 40$ $f = \mu (norm)$ $f = 7.84$ 400 m/s $v = 0$ $v = 0$ 0.02 kg 19.8 kg 2.00 kg

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In addition to any pension or retirement plans offered by employers, workers are entitled to a retirement income from the Blank______ government by virtue of the Blank______. Multiple choice question. state; Securities Act of 1933 federal; Securities Exchange Act of 1934 federal; Social Security Act of 1935 state; Securities Exchange Act of 1934

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Find the producers' surplus at a price level of $p = \$80$ for the price-supply equation below. $p = S(x) = 10 + 0.4x + 0.003x^2$

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Given $a(t) = 2t - 7$ m/sec$^2$, $v(1) = 4$ m/sec and $x(0) = 5$ m find: a) $x(t)$ b) the total distance and the net distance traveled on the interval $0 \le t \le 3$.

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a) 5, 10, 15, 20, 25 b) 1, 3, 6, 10, 15 c) 9, 16, 25, 36, 49 d) 15, 12, 9, 6, 3, 0 e) 21, 17, 14, 10, 7, 3 f) 1, 8, 27, 64, 125, 216 g) -3, 2, -8, -3, -13, -18 h) 3/5, 5/7, 7/9, 9/11, 11/13, 13/15 i) 1, 5, 12, 22, 35, 51 j) 80, 70, 61, 53, 46, 40, 35 k) 1, 3, 7, 15, 31, 63, 127

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In this task, the output signal from a voltage divider consisting of a resistor and a coil must be studied. Instead of an ideal coil, a \"real\" coil should be studied. For the \"real\" coil, it is assumed that it consists of a small winding resistance in addition to the inductance. Uin r spole L 0 R1 Uut $U_{out} = U_{ut}, S_{pole} = Coil$ a) Draw the circuit select e.g $r = 10 \Omega$, $L = 20 mH$, $R1 = 22 \Omega$. Draw it in a simulation program, like OrCAD. Set $V_{SIN}$ so that the amplitude of $U_{in}$ is 5 V at the frequency $f = 200 Hz$. b) Simulate by making a time sweep of the appropriate number of periods. c) Produce a diagram of $U_{out}$ (i.e, the $U_{R1}$ voltage across R1) to size (amplitude) and phase (relative to $U_{in}$) at the frequency $f = 200 Hz$. d) Draw a diagram of all voltages ($U_{in}$, $U_{R1}$, $U_L$, $U_r$ and $U_{spole}$) with the current as the direction phase. e) Using the simulated values for $U_{out}$ (amplitude and phase), calculate the coil inductance (L) and resistance (r) from the pointer diagram.

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1. A 28 mm machine steel plate is drilled through using HSS drill. The diameter of the hole is 32 mm. Calculate the total drilling time in seconds. 2. Six 5/8 inch holes are drilled in a ½ inch aluminum plate using CTS drill. Calculate the total processing time in producing the six holes in seconds. 3. 12 holes with a diameter of 16 mm are to be drilled in a 14 mm thick steel plate using high speed steel drill. Calculate the processing time if the cutting speed of the steel plate is 30 m/min and the feed is 0.10 mm/rev. The drill press rpm settings are 300, 600, and 750. 4. A twist drill operates at 125 rpm. A distance of 2.5 inches is drilled in two minutes. What is the feed in mm? 5. Calculate the processing time for three drilled holes with a diameter of 12.5 mm using HSS drill. The material to be drilled is a machine steel of 25 mm thick. Drill press rpm settings are 300, 375, 475 and 800.

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4.6. The electric field of a uniform plane wave traveling in a source-free region of free space is given by $\bf{E} = 10^{-3} (\hat{a}_x + j\hat{a}_y) \sin(\beta_0 z)$ (a) Is this a traveling or a standing wave? (b) Identify the traveling wave(s) of the electric field and the direction(s) of travel. (c) Find the corresponding magnetic field. (d) Determine the time-average power density of the wave. 4.7. The magnetic field of a uniform plane wave traveling in a source-free, free-space region is given by $\bf{H} = 10^{-6} (\hat{a}_y + j\hat{a}_z) \cos(\beta_0 x)$ (a) Is this a traveling or a standing wave? (b) Identify the traveling wave(s) of the magnetic field and the direction(s) of travel. (c) Find the corresponding electric field. (d) Determine the time-average power density of the wave.

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sharon w.