How many types of demand functions are there, which type of demand are we most interested in managerial economics and why? Why do we then study other types of demand?
How many types of demand functions are there, which type of demand are we most interested in managerial economics and why? Why do we then study other types of demand? Answer:Demand functions…
Required:
Calculate Barbow’s after-tax weighted average cost of capital, using the data in the balance sheet above.
Deliverable:
By Saturday, February 6, 2016, submit the completed assignment to the W4: Assignment 2 Dropbox. Use a Microsoft Excel spreadsheet that illustrates your calculations. You may use the formulas embedded in Microsoft Excel and/or a financial calculator for these calculations.
Name your document SU_FIN2030_W4_A2_part1_LastName_FirstInitial.
Part Two: Final Project 3: Government Securities
In this part of your Final Project, you will research and analyze current information (that is, within the past two months) on government securities.
Step 1: Go to a financial Web site to do your research. The following are three suggested sites, but you may use others. Be sure to cite your sources!
Step 2: Research current information (within the last two months) on the yields and maturity for:
Required:
Deliverables:
By Saturday, February 6, 2016, submit your responses to this Final Project assignment to the W4: Assignment 2 Dropbox. Your submission may be in a 3–6 page Microsoft Word or Excel document. Include a Microsoft Excel document that illustrates your calculations. You may use the formulas embedded in Microsoft Excel and/or a financial calculator for these calculations.
Inputs for WACC Calculation:Risk free rate (%)Yield-to-Maturity of debt (%) 12.00%11.50% Equity risk premium (%)Beta of equity 7.50%1.66 Corporate tax rate (%) 30% Common shares (MM)Share…
After having read about the presidency of Andrew Jackson, do you think he could have been elected president in our most recent presidential election if he was running? Would you vote for him? Why or why not?
f Starbuckâs marketing department estimates the income elasticity of demand for its coffee to be 1.75, how will looming fears of a recession (expected to decrease consumersâ income by 4% over the next year) impact the quantity of coffee Starbucks expects to sell?
F’ roblem 7— 1 5 The cash account of Avayai Corp. shows a ledger balance of $3,954.85 on June 30, 201?. The bank statement as at that date indicates a balance of $4.070. when the statement was comparedwith the cash records, the following facts were determined: 1. M ~405me There were bank service charges for June of $29. A bank memo stated that Bao Dai‘s note for $898 and interest of $31 had been collected on June .29r and the bank had made a charge of$6.50 on the collection. (No entryr had been madeon Ayayai’s books when Bao Dai’s note was sent to the bank for collection.) Receipts for June 30 of $2,880 were not deposited until Jul).r 2. Cheques outstanding on June 30 totalled $2,043.65. On June 29, the bank had charged Ayayai Corp/5 account for a customer‘s uncollectible cheque amounting to $430.20. A customer’s cheque for $70 had been entered as $50 in the cash receipts journal by Ayayai Corp. on June 15 as a collection on account. Cheque no. ?42 in the amount of $495 had been entered in the cashbook as $459. and cheque no. T4? in the amount of $53.80 had been entered as $538. Both cheques were issued topay for cash purchases of equipment. In May 2017, the bank had charged a $28.50 Blue Corp. cheque against the Ayayai Corp. account. The June bank statement indicated that the bank had reversed this charge and correctedits error.
Can you explain to me how a smaller zone of inhibition for ciprofloxacin could be considered sensitive for a given bacteria and a large zone around doxycycline could be considered insensitive? I was told that this is possible and happens all the time. Can you please explain this to me? Thank you
f = Fw, N = W, and ℓ Fw sin θ = 1/2 ℓ W cos θ
f: force of friction between the ladder and the ground, Fw: normal force on the ladder due to the wall, θ: angle between the ladder and the ground, N: normal force on the ladder due to the ground, W: weight of the ladder, and ℓ: length of the ladder.
Determine the smallest angle θ for which the ladder remains stationary. Answer in units of ◦ .
Please explain method for solving #6, #7 and #8
Answer for #6 is 650 K, for #7 is 1000 kW; 700 K and #8 is 25,000 kW
FF1K`- values at Specific TEP10D OF200 OF504.8 4| 2:51}SPECIESSPECIESToluene2.002 1 157 7Toluene2.018101ZHydrogen433. 8. 165014Hydrogen433. 47357510BENZENE0.005 5 1 257BENZENE0.04 41970711Methane12. 8.5.5 2437Methane21. 95 5199512Diphenyl3. 25 E- USDiphenyl0.00 01 1501
f(x,y) = (30/17) x^2 y , 0<x<1, x<y<2, zero otherwise
Let U=X and V= X * Y
Find the joint probability density function of (U,V), Sketch the support of (U,V) and Use this, find the probability density function of V=X * Y, f(v)
To find the pdf let us assume W=X+Y
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