Numerade

Questions asked

BEST MATCH

You are a financial manager of a forestry company. Your firm wants to consider selling Christmas trees seasonally for the next three years. Adjacent to the company headquarters is a parking lot owned by your firm. You can sell your trees from this lot. However, if you do not use the lot to sell your Christmas trees, then the lot can be leased for $100 per year. Fixed assets for this project will include a small portable office and a fence to secure the trees. These items will cost $900 and be depreciated to $0 on a straight-line basis over three years. Because the tree stand is only open seasonally, the fence and office will need to be stored the rest of the year. Storage expense will be $50 per year. After the three years the office and fence will be worthless and thrown away. The trees will be sold on a cash basis so accounts receivable and accounts payable will not change, but inventories will increase by $75 immediately to purchase rope and netting to secure the trees on your customer's car roofs. When the stand closes in three years you will no longer need this additional inventory (It will be restored to pre-project levels). Your firm has already spent $100 studying the Christmas tree market. You expect to sell 1,000 trees each year at a price of $8 per tree. Your costs of growing and harvesting (Cost of goods sold) the trees is $7.00 per tree. Is the IRR of this project less than, equal to, or greater than 12%? Your firm's tax rate is 20%. Your firm's WACC (discount rate) is 12%.

View Answer

BEST MATCH

Vector Fields Find the gradient fields of the functions in Exercises 1-4. 1. $f(x, y, z) = (x^2 + y^2 + z^2)^{-1/2}$

View Answer

BEST MATCH

16. Which of the following sentences contain an adverb of time? A. I had a nightmare last night about this global pandemic. B. I had a vision that this pandemic will vanish immediately. C. I had a dream of helping humanity globally. D. I had high hopes that it will disappear quickly as a bubble. 17. Which of the following sentences depict an adverb of place? A. In the hospital the doctors and nurses serve with a wide smile. B. They serve all their patients cheerfully and patiently. C. They only rest for few minutes. D. They quickly run to meet the president. 18. Which of the following sentences expresses an adverb of manner? A. The policemen and soldiers greatly suffer from lack of sleep. B. The policemen and soldiers stayed the whole night on their post. C. The policemen and soldiers work day and night. D. The policemen and soldiers cannot stay in their own homes. 19. The teachers will soon work as front liners in the academe. What type of adverb is the underlined word? A. Adverb of time B. Adverb of place C. Adverb of manner D. All of the above 20. The delivery man handed me the package carefully. And as he left, he uttered "thank you" shyly. How do you call the underlined words? A. Adverb of manner B. Adverb of place C. Adverb of time D. None of the above 21. Which of the following sentences uses an adverb? A. The doctor is very jolly and lovely. B. The show will be held tomorrow at the quadrangle. C. The policeman warned the people politely. D. Both $ b $ and $ c $ 22. The following sentences contain different types of adverb. Which one does not? A. Today, the Bayanihan spirit thrives among the people. B. The modern-day heroes are the front liners who serve ceaselessly amid the dangers of COVID- 19. C. Doctors and nurses work under great pressure in the hospital. D. The president praised all the front liners. 23. Which of the given sentences below contain an adverb of manner? A. Today, the Bayanihan spirit thrives among people. B. The modern-day heroes are the front liners who serve ceaselessly amid the dangers of COVID- 19. C. Doctors and nurses work under great pressure in the hospital. D. The president praised all the front liners. 24. Which of the following statements is true about an adverb? A. It is a part of speech that modifies a noun or pronoun. B. It is a part of speech that modifies a verb, adjective, or another adverb. C. It is a part of speech that tells when, where, and how a thing is done. D. Both $ b $ and $ c $ 25. Which sentence correctly shows an adverb of manner? A. She talks spontaneously and fluently. B. Ana delivered a short message in front of the children. C. Ben strolled at the park. D. They arrived one hour late at the venue. 26. What sentence correctly shows an adverb of time? A. Alex waited for me for almost three hours. B. He immediately consulted his doctor about the symptoms that he felt. C. "Meet me at the lobby", said the nurse.D. The soldier instructed him to show his quarantine pas

View Answer

BEST MATCH

(3) Calculate the theoretical value for wind power given by the equation: P = 0.5*d*A*V³ Where: d = air density (about 1.225 kg/m³ at sea level) A = rotor swept area in m² (A = ?r², where r = radius of the rotor's swept area- convert to meters before substituting into the equation) V = wind speed in m/sec (Use 3.5 m/s for low speed and 4.0 m/s for high speed)

View Answer

BEST MATCH

Texts: Physical Flow, Equivalent Units, Unit Costs, No Beginning WIP Inventory, Activity-Based Costing, DBCMcKay, Inc., produces a subassembly used in the production of hydraulic cylinders. The subassemblies are produced in three departments: Plate Cutting, Rod Cutting, and Welding. Materials are added at the beginning of the process. Overhead is applied using the following drivers and activity rates: Driver Rate Actual Usage (by Plate Cutting) Direct labor cost 150% of direct labor $87,840 Inspection hours $40 per hour 4,002 hours Number of moves $100 per move 1,680 moves During the first quarter, the Plate Cutting Department used 20,900 hours (direct, indirect, and machine hours) to produce the quarter's output. Other quarterly data for the Plate Cutting Department are as follows: Beginning work in process, January 1—Units started 90,000 Direct materials cost $630,000 Units, ending work in process (100% materials; 64% conversion), March 31 6,000 d. According to production engineering, if efficiency were increased to an ideal level, then the cycle time should be 0.20 hours. If this were to occur, what would the cost per plate be? (round to the nearest cent)?

View Answer

BEST MATCH

Text: Find the sum of (q^2 + 6q + 18) and (4q^3 - 8). (Simplify your answer completely.) Which operation does the word sum represent? Which of the terms in each expression? Submit Answer.

View Answer

BEST MATCH

Sets B and C are subsets of the universal set U. These sets are defined as follows. U={k, m,r,s,x,y,z} B={m, r,z} C={m,x,y,z} Find the following sets. Write your answer in roster form or as Ø. (a) (BUC)' = (b) B'n C =

View Answer

BEST MATCH

Given the circuit below, compute the total equivalent impedance. Write your response as a complete expression, such that $Z_{total} = $ $i(t)$ $v(t)$ $8 \Omega$ $0.063 \text{ mF}$ $26.53 \text{ mH}$ $v(t) = 141.4 \cos(377t) \text{ V}$ $8 + 6j$

View Answer

BEST MATCH

The cantilever beam below is subjected to the two distributed loads shown: a uniform load of 20 lb/ft and a triangular load of 60 lb /ft (max). Determine the length b of the uniform load and the distance a is begins from the fixed support so that the reaction forces and moment are all zero. 20 lb/ft 30 lb/ft 12 8 ft

View Answer

BEST MATCH

CMOS designers are often faced with making a trade-off (choice) between speed and power dissipation. In the two blank rows below, give two choices that a circuit designer may have to make which will select between a high-performance/high-power solution and a lower-performance/low-power solution. The first row is an example of what I am looking for (6 points). Type of Design Choice Solution giving high speed Solution giving low power High threshold voltage transistors vs Low threshold voltage transistors Low threshold voltage because higher (Vpp-V) leads to higher ON current High threshold voltage because higher Vt leads to lower subthreshold OFF current. Consider the circuit below in which gate sizes have already been set. The size of each gate is a measure of the capacitance at each input in units of C, the capacitance of a unit-sized transistor. Assume that the inputs A, B are independent and uniformly distributed (random data) and that Pc = Pp = 0.25. 50 (b) For each node in the circuit, determine the activity factor. (c) For each node in the circuit, determine the node capacitance in units of C (the gate capacitance of a unit-sized transistor). Ignore internal gate nodes. Show your working. (d) Assume that the gate capacitance for a unit-sized transistor is 1.3fF. Calculate the dynamic power dissipation of this circuit when running at 900 MHz with a supply voltage (VDD) of 1.8 volts.

View Answer

mary h.