Numerade

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Use the Law of Sines to solve (if possible) the triangle. If two solutions exist, find both. Round your answers to two decimal places. (If a triangle is not possible, enter IMPOSSIBLE in each corresponding answer blank.) $A = 57°$, $a = 8.8$, $b = 9.6$ Case 1: Case 2: $B =$ ° (smaller B-value) $B =$ ° (larger B-value) $C =$ ° $C =$ ° $c =$ $c =$

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olve 27*28 by writing equations that use expanded forms and the distributive property. Relate your equations to the steps in the partial-products method

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6) Binding of oxygen to both myoglobin and hemoglobin causes a conformational change in which a proximal histidine is moved toward the plane of the heme ring. In hemoglobin, this results in a sigmoidal O₂ binding whereas myoglobin exhibits hyperbolic O₂ binding. Explain this difference.

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In relation to the Risk Aversion problem in owner-manager relationships, the following is true, except:" Managers will tend to invest in projects with higher risk than shareholders would like for the business. "Managers, who have undiversified human capital, may be more risk averse than shareholders. " Shareholders can readily diversify their risk through portfolio management. Arises because of different risk appetites between managers and owners.

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What is the magnitude of the vector (16 - 19K) m/s?

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Part B If the ball hits Olaf and bounces off his chest horizontally at 7.50 m/s in the opposite direction, what is his speed $v_f$ after the collision? Express your answer numerically in meters per second. ? View Available Hint(s) $v_f =$ Submit Previous Answers Incorrect; Try Again; 2 attempts remaining Provide Feedback m/s

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can you please help me with this question 🙏please explain step by step 1.5 A dead battery is charged by connecting it to the live battery of another car with jumper cables (Figure below) Determine: a. the current in the starter, in the live battery and in the dead battery,Ans.:0,85 A down the starter 0.46 A down the dead battery;1,31 A up the live battery. b. the power delivered to starter 8.00 Q resistor.Ans.5.78 W 3.00 W .00 1.009 00.9 Starter .00 120V 1.00V Dead Battery Live Battery

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4) Show that the line lies on the plane with the given equation. Explain how the equations that results implies this conclusion. [3M]

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(ii) Consider the continuous time signal x(t) shown below, with Fourier Transform $X(j\omega)$. Without analytically calculating $X(j\omega)$, determine the following quantities: 1. $X(j0)$ 2. $\int_{-\infty}^{\infty} X(j\omega)d\omega$ 3. $\int_{-\infty}^{\infty} X(j\omega)\frac{2\sin\omega}{\omega}e^{j2\omega}d\omega$ 4. $\int_{-\infty}^{\infty} |X(j\omega)|^2d\omega$ 5. Sketch the inverse Fourier Transform of Re{$X(j\omega)$} x (t) 2 +1 1 -1 0 1 2 3 t

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14-B. Calculate the E° and K for each of the following reactions. a. I?(s) + 5Br?(aq) + 6H?O = 2IO?? + 10Br? + 12H? b. Cr²? + Fe(s) ? Mg²? + 2Cl? C. Mg(s) + Cl?(g) ? Mg²? + 2Cl? d. 5MnO?(s) + 4H? ? 3Mn²? + 2MnO?? + 2H?O e. Ag? + 2S?O?²? ? Ag(S?O?)?³? f. CuI(s) ? Cu? + I?

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rachael q.