Numerade

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Glass fragments can be analyzed by ________ for additional discrimination information. ICP-MS Atomic absorption X-ray diffraction Isotope ratio spectrometry

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Ammonia, gas, NHD and carbon dioxide gas CO2 formed to react to form aqueous urea NH 2CONH2 more mass is equal to 60.06 g per mole in water determine the volume of ammonia at 298 kelvins and 1.5 atmospheric pressure needed to produce 500 g of urea

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Alzheimer’s disease is: Group of answer choices now reversible if caught early. dementia caused by cerebrovasular strokes that damage parts of the brain. a genetically predisposed disorder that causes plaques and tangles to develop in the brain. dementia caused by poor nutrition and/or medication overdoses or interactions.

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(10) Demonstrate \[ (\nabla \cdot \vec{v})=\frac{1}{\rho^{2}} \frac{\partial}{\partial \rho}\left(\rho^{2} v_{\rho}\right)+\frac{1}{\rho \sin \phi} \frac{\partial}{\partial \phi}\left(v_{\phi} \sin \phi\right)+\frac{1}{\rho \sin \phi} \frac{\partial v_{\theta}}{\partial \theta} \] in spherical coordinate.

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Find the general solution of the differential equation. (Remember to use absolute values)\\ $\frac{dy}{dx} = \frac{1 - 2x}{4x - x^2}$

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Please solve the question step by step. Please explain each step detaily and use different references to reach answer. Thanks!

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Find the work done by F in moving a particle once counterclockwise around the given curve. F = (5x - 4y)i + (4x - 5y)j C: The circle $(x - 1)^2 + (y - 1)^2 = 1$ What is the work done in one counterclockwise circulation? (Type an exact, using $\pi$ as needed.)

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7hat is the area of a regular hexagon with a perimeter of 240cm ? 3. What is the area of a square with radius 7.5m cetch each regular polygon with the given radi

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?Which of the following effect is used in AC ammeters a) Electromagnetic effect b) Electrostatic effect c) Chemical effect d) Magnetic effect

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3) Determine the total resistance, $R_T$, in the circuit in Fig. 1.3. 24 k$\Omega$ 9 k$\Omega$ 24 k$\Omega$ 24 k$\Omega$ 18 k$\Omega$ 6 k$\Omega$ $R_T$ \rightarrow 8 k$\Omega$ 8 k$\Omega$ 1 k$\Omega$ 9 k$\Omega$ Figure 1. 3 4) Find $V_o$ in the network in Fig. 1.4 using nodal analysis. +12 V 2 k$\Omega$ 2 k$\Omega$ +4V 4 mA 2 k$\Omega$ $V_o$

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francisco jose g.