stall and $70,000 per year to maintain. which design should be selected based on a rate of return analysis if TXDOT uses a MARR of 6% per year and a 20-year project period. 6.31 The manager of Liquid...


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stall and $70,000 per year to maintain.<br>which design should be selected based on a rate of<br>return analysis if TXDOT uses a MARR of 6% per<br>year and a 20-year project period.<br>6.31 The manager of Liquid Sleeve, Inc.., a company that<br>makes a sealing solution for machine shaft surfaces<br>that have been compromised by abrasion, high pres-<br>sures, or inadequate lubrication, is considering add-<br>ing Al or Fe nanoparticles to its solution to increase<br>the product's performance at high temperatures.<br>The costs associated with each are shown below.<br>The company's MARR is 20% per year.<br>a. Determine which nanoparticle type the com-<br>pany should select using an incremental rate of<br>return analysis.<br>b. Solve part (a) using a spreadsheet and, on the<br>same worksheet, plot the PW versus different i<br>values for each alternative. Indicate the break-<br>ream<br>dealt<br>0,000<br>creen<br>and<br>,000<br>I will<br>e old<br>ce, so<br>year.<br>of the<br>on, a<br>ре-<br>turn,<br>omi-<br>erify<br>heet<br>ative<br>oho even i* value and the MARR value on the plot.<br>c. Plot PW versus Ai values and use it to select<br>ture,<br>Il as<br>the better alternative with MARR = 20% per<br>ment<br>year. Is the answer the same as in part (a)?<br>os de<br>ased.<br>hase<br>their<br>1e000Type Fe<br>Туре Al<br>First cost, $<br>-150,000<br>-280,000<br>Annual operating<br>in-<br>cost, $ per year<br>-92,000<br>-74,000<br>two<br>Salvage value, $<br>Life, years<br>30,000<br>70,000<br>uip-<br>Note<br>2<br>4.<br>

Extracted text: stall and $70,000 per year to maintain. which design should be selected based on a rate of return analysis if TXDOT uses a MARR of 6% per year and a 20-year project period. 6.31 The manager of Liquid Sleeve, Inc.., a company that makes a sealing solution for machine shaft surfaces that have been compromised by abrasion, high pres- sures, or inadequate lubrication, is considering add- ing Al or Fe nanoparticles to its solution to increase the product's performance at high temperatures. The costs associated with each are shown below. The company's MARR is 20% per year. a. Determine which nanoparticle type the com- pany should select using an incremental rate of return analysis. b. Solve part (a) using a spreadsheet and, on the same worksheet, plot the PW versus different i values for each alternative. Indicate the break- ream dealt 0,000 creen and ,000 I will e old ce, so year. of the on, a ре- turn, omi- erify heet ative oho even i* value and the MARR value on the plot. c. Plot PW versus Ai values and use it to select ture, Il as the better alternative with MARR = 20% per ment year. Is the answer the same as in part (a)? os de ased. hase their 1e000Type Fe Туре Al First cost, $ -150,000 -280,000 Annual operating in- cost, $ per year -92,000 -74,000 two Salvage value, $ Life, years 30,000 70,000 uip- Note 2 4.

Jun 07, 2022
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