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The photo detector converts the light energy into electrical energy Question 15Answer a. Light ------ heat b. Heat------ chemical c. Light------ electrical d. Electrical------ heat

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4. Maximize $f(x, y) = 3xy$ subject to $x + y = 1$

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Fil in the blank below The fifth axiom of hyperbolic geometry states that given a line and a point not on the line line, or more lines can be drawn through the given point parallel to the given The fifth axiom of hyperbolic geometry states that given a line and a point not on the line line. or more lines can be drawn through the given point parallel to the given one two three four

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Question Completion Status: Moving to another question will save this response. Question 11 Charlie's preferences over goods X and Y can be represented by the following utility function $u(X, Y) = X^{0.3} Y^{0.7}$. Given prices and income, Charlie optimally chooses to consume $X^* = 3$ and $Y^* = 5$. Therefore, we can conclude that in this economy the price ratio is OA. $\frac{P_X}{P_Y} = \frac{1}{3}$ OB. $\frac{P_X}{P_Y} = \frac{3}{7}$ OC. $\frac{P_X}{P_Y} = \frac{1}{9}$ OD. $\frac{P_X}{P_Y} = \frac{5}{9}$ OE. $\frac{P_X}{P_Y} = \frac{3}{5}$

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The sum of the two vectors A = 2.0 cm i + 3.0 cm j and B = -2.0 cm i + 3.0 cm j, is a. -4.0 cm i - 6.0 cm j b. 4.0 cm i + 6.0 cm j c. 4.0 cm i d. 6.0 cm j Clear my choice

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4. (TCO 4) Consider a voltage source Vo=80 V in parallel with two dissipative resistors with resistance values R1= 20 Ohm and R2-6 ? 325, 111.67 ? 316, 223.33 ? 320, 106.67 ? 640, -4.00 5. (TCO 4) Consider the triangular circuit with the currents and their directions as shown in the figure. The available current values are mA Explain which conservation principle and which form of equation is needed to solve for the unknown currents $i_1$, $i_4$, and $i_6$. Write the three independent equations for this particular problem in terms of $i_1$, $i_4$, and $i_6$. Solve for $i_1$, $i_4$, and $i_6$ and give their directions.

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Considering the Solow Model with technological change, the initial aggregate production Y(0) = 160 and the initial capital K(0) = 64. Also, we know the initial state of technology T(0) = 1.6 and the number of workers L(0) = 100. Given the exogenous parameters s = 0.1, n = 0.01, Î´ = 0.05, and d0, what is the change of capital per effective worker?

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Q = {START, SEENB, SEEN$, MATCHED, ACCEPT, REJECT} Î£ = {b, $} Î“ = {b, $} Î´ = {(START, b) -> (SEENB, b, R), (START, $) -> (SEEN$, $, R), (SEENB, $) -> (q, $, R), (SEENB, b) -> (MATCHED, b, L), (SEEN$, b) -> (START, b, R), (MATCHED, b) -> (q, b, L), (MATCHED, $) -> (q, $, R)} q0 = START qaccept = ACCEPT qreject = REJECT

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2. Water flows in a tank of water open to the atmosphere along a streamline along the bottom of the tank from location 1 (which is far from the outlet), to 2, where it discharges into the atmosphere. Atmosphere Z 1 0 2 $z_2 = 0$ With pressures measured in gage pressure and the datum for elevation as shown, the Bernoulli's equation with only non-zero terms between 1 & 2 can be written as A. $\frac{1}{2}\rho V_1^2 = \frac{1}{2}\rho V_2^2$ B. $P_1 = \frac{1}{2}\rho V_2^2$ C. $\gamma z_1 = \frac{1}{2}\rho V_2^2$ D. $P_1 + \gamma z_1 = \frac{1}{2}\rho V_2^2$

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According to the PMG telephone routing chart, when a patient calls for a prescription renewal, the employee should select one: - transfer the call to the physician - transfer the call to the practice manager

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brian h.