Numerade

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Which one is the example of a multicast IP address? Question 17 options: 10.10.10.1 191.16.10.6 219.168.1.10 225.10.1.10

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the enthalpy of the reaction of nitrogen with oxygen to produce nitrogen dioxide N2 + 2O2 → 2NO2 is ________ kJ.

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If $y = \sum_{k=0}^{\infty} \frac{(-1)^k x^k}{k+1}$, then $y^{(6)} = \sum_{k=0}^{\infty} a_k x^k$ where $a_k = $

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Find the derivative of the following function. g(w)=2w^(9)+7w^(2)+17w g^(')(w)= Find the derivative of the following function. g(w)=2w+7w2+17w g(w)=]

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5.20 point: The activity of component 1 in a binary solution is given by a = x * exp(-kx). Derive the expression for a and (b/a)^2.

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12-The voltage and current at the terminals of the circuit element are zero for $t < 0$; For $t \ge 0$ they are: $v = (1500t + 1)e^{-150t} V$ $i = 40e^{-150t} mA$ $t \ge 0$ $t \ge 0$ a) Find the power at $t = 600 \mu s$. b) Find the total energy delivered to the circuit element in microjoules.

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Question 4 10 pts What is the purpose of Disability Insurance? Explain the difference between the waiting period and the benefit period.

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Question 5 Not yet answered Marked out of 1.00 Flag question A stone D of mass $m_D = 4$ kg strikes the uniform slender rod ABC of $m_{rod} = 20$ kg with a velocity of $V_D = 10$ m/s. If the stone remains attached to the rod, determine the angular velocity of the rod just after impact and the maximum angle of swing before the rod momentarily stops. The stone has a negligible size. A D 300 mm B C Select one: ? A. $\omega = 3.371$ rad/s and $\theta = 47.42^\circ$ ? B. $\omega = 1.775$ rad/s and $\theta = 9.19^\circ$ ? C. $\omega = 6.742$ rad/s and $\theta = 47.42^\circ$ ? D. $\omega = 3.71$ rad/s and $\theta = 47.42^\circ$ 800 mm 400 mm

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Exercise n° 1 Three small charges of $q_1 = 10\mu C$, $q_2 = -10\mu C$ and $q_3 = 5 \mu C$ are placed as shown below ($d = 0.1$ m) Find resultant force exerted on $q_3??$

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2) Find the Steady-State expression for io(t) in the circuit if vs = 80 cos 2000t V. vs 3 k? io(t) 100 nF 500 mH

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marina s.