Numerade

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Anand Jangid

Numerade educator

4. Osman İnşaat A.Ş. He is considering renting an old inn in Ankara for 30 years. At the end of the 30th year, the building will be returned to the land owner. This is suitable for making a modern residential building a theater or a modern inn again. If i = 25%, which alternative should the company choose? Evaluate according to the present value analysis method. (20 points) Investment amount Monthly Income Modern residence 4,000,000 TL 150,000 TL Theater 2.750.000 TL 81.500 TL Modern Inn 6,000,000 TL 250,000 TL

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INSTANT ANSWER

3. Company \( X \) purchased a computerized press machine with the following cash flows to be used in button manufacturing. Do you think this project is for the benefit of the company? Explain according to the future value analysis method. (25 points) \begin{tabular}{|l|c|} \hline & Cash Flows \\ \hline Purchase price & \( 400.000 \mathrm{TL} \) \\ \hline Annual operating expenses & \( 30.000 \mathrm{TL} \) \\ \hline revenue per year & \( 170.000 \mathrm{TL} \) \\ \hline Scrap value (after 6 years) & \( 100,000 \mathrm{TL} \) \\ \hline Economic Life ( \( \mathrm{n} \) ) & 6 years \\ \hline i value & \( 25 \% \) \\ \hline \end{tabular}

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AWAITING AN EDUCATOR

1. Bak?rköy Municipality will choose one of the three pumps below, to be used in water lines. Which pump should be selected according to the present value analysis method. (25 points) \begin{tabular}{|l|c|c|c|} \hline & \( \mathrm{x} \) & \( \mathrm{Y} \) & \( \mathrm{Z} \) \\ \hline Initial setup cost & \( 4.800 \mathrm{TL} \) & \( 5.750 \mathrm{TL} \) & \( 7.500 \mathrm{TL} \) \\ \hline Total cost of pipes & \( 7.500 \mathrm{TL} \) & \( 13,800 \mathrm{TL} \) & \( 23,700 \mathrm{TL} \) \\ \hline Annual Operating expenses & \( 20.000 \mathrm{TL} \) & \( 15,000 \mathrm{TL} \) & \( 13.000 \mathrm{TL} \) \\ \hline Scrap value (after 25 years) & \( 1.500 \mathrm{TL} \) & \( 1.850 \mathrm{TL} \) & \( 2.000 \mathrm{TL} \) \\ \hline Economic Life \( (\mathrm{n}) \) & 25 years & 25 years & 25 years \\ \hline i value & \( 20 \% \) & \( 20 \% \) & \( 20 \% \) \\ \hline \end{tabular}

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AHMED A.