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crystal ward

crystal w.

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Suppose that f(x) is a function with f(105)=82and f'(105) = 5 . Estimate f(100) .

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From the seven World Centers of crop plant origins, three of them inhabit Asian territory. What natural event has the area LACKED which contributes to its abundance of crops?

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Kara, Incorporated, imposes a payback cutoff of three years for its international investment projects. Assume the company has the following two projects available. YearCash Flow (A)Cash Flow (B)0−$ 57,000−$ 102,000123,00025,000230,20030,000325,00029,000411,000238,000 What is the payback period for each project? Note: Do not round intermediate calculations and round you

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Given the following equilibrium reaction and equilibrium constant at 300 K: 2 NO (g) + Br2 (g) ⇌ 2 NOBr (g) Kc1 = 2.2 calculate the equilibrium constant (Kc) for the following reaction at the same temperature. Enter your answer with no units. 4 NO (g) + 2 Br2 (g) ⇌ 4 NOBr (g) Kc2 = ?

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As shown in Figure Q3(a), an infinitely long cylindrical shell conductor A is surrounded by another infinitely long cylindrical shell conductor B, and they have the common center. The conductor A has the inner and outer radii of $R_1$ and $R_2$. The conductor B has the inner and outer radii of $R_3$ and $R_4$. Figure Q3(b) is the sectional view of Figure Q3(a). Two currents evenly passing through these two conductors have the magnitude of $I_1$ and $I_2$, with the opposite direction. Find the magnetic field distribution in terms of the distance $r$ from the common center, including the region labelled (1), (2), (3), (4), and (5).

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Chapter 21 Homework Navigation Finish attempt... Question 4 Not complete Marked out of 18.00 Flag question eBook Print Production and Purchases Budgets At the beginning of October, Comfy Cushions had 1,600 cushions and 10,500 pounds of raw materials on hand. Budgeted sales for the next three months are: Month Sales October 8,000 cushions November 10,000 cushions December 11,000 cushions Comfy Cushions wants to have sufficient raw materials on hand at the end of each month to meet 25 percent of the following month's production requirements and sufficient cushions on hand at the end of each month to meet 20 percent of the following month's budgeted sales. Five pounds of raw materials, at a standard cost of $0.90 per pound, are required to produce each cushion. Required a. Prepare a production budget for October and November. Do not use a negative sign with your answers. Comfy Cushions Production Budget For the Months of October and November Unit Sales October November December Desired ending inventory Finished goods requirements Less beginning inventory Production requirements b. Prepare a purchases budget in units and dollars for October. Do not use a negative sign with your answers. Comfy Cushions Purchases Budget For the Month of October October November Production requirements Desired ending inventory Raw materials requirements Less beginning inventory Purchase requirements (units) Purchase requirements in dollars) $ Check Previous Save Answers Finish attempt...

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What is the beta of a portfolio comprised of the following securities? Stock A B C Amount Invested Security Beta $3200 0.98 $3600 1.82 $7000 1.55 Beta of portfolio to 2 decimal places is

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Given v(t) = 5cos(4t) - 65V and i(t) = 2cos(4t) - 50A. Determine the impedance Z. Hint: Convert the sinusoids into phasors. Oa. Z = 2.5 - 15j Ob. Z = 2.5 + 15j Oc. Z = 0.4 - 15j Od. Z = 0.4 + 15j

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3. Methane ($CH_4$) is burned with excess air in a boiler furnace. All reactants enter the furnace at 25 °C, 1 atm and 100% conversion is achieved in the furnace for methane. $CH_4$ (g) + 2$O_2$ (g) ? $CO_2$ (g) + 2$H_2O$ (g) a) If furnace is adiabatic and the percentage of excess air is 10%, what is the final temperature (K) of the stack gas? (15 points) b) If the final temperature is 1400 °C, calculate the percentage of excess air. (15 points) Use the following simplified heat capacities of the stack gas components: please pay attention to the units $CH_4$ (g): $C_p$ = 34.31 J/(mol-°C) $CO_2$(g): $C_p$ = 36.11 J/(mol-°C) $H_2O$ (g): $C_p$ = 33.46 J/(mol-°C) $O_2$: $C_p$ = 29.11 J/(mol-°C) $N_2$: $C_p$ = 29.00 J/(mol-°C) Heat of formation $CH_4$ (gas): -74.85 kJ/mol, $CO_2$ (gas): -393.5 kJ/mol $H_2O$ (gas): -241.83 kJ/mol, $H_2O$ (liquid): -285.84 kJ/mol

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220k ohm IB + Vcc 8.2k ohm C2 Vo 1 uF 330k ohm C Ic Q1 C1 Beta=150 Vi B 1 uF IB E Fig.Q2(b) 8.2k ohm IE 0

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