1. A company is considering investing $200 in a long-term asset for which cash inflows over the subsequent three years are estimated to be $70, $50, and $95 respectively. The cost of capital for the project is 8%. Which of the following three capital budgeting calculations is incorrect? (Points : 1)NPV = -$16.9IRR = 3.5%MIRR = 4.9%All are correct.More than one of the three are not correct2. What is the effective compound annual rate of interest on a $10,000 loan which is paid off by 48 monthly payments of $261 if the first payment is due 1 month after receipt of the loan? (Points : 1)8.73%9.64%10.56%12.15%None of the above are within rounding error of the correct calculation.3. Dividends per share of a company are expected to be $3, $5, and $4 for the next three years. Thereafter, the trend rate of growth is forecast to be 10% annually. To obtain a return of 15%, an investor would be willing to pay approximately $______ for the stock. (Points : 1)59626788None of the above are within rounding error of the correct calculation.1. A company is considering investing $200 in a long-term asset for which cash inflows over the subsequent three years are estimated to be $70, $50, and $95 respectively. The cost of capital for the project is 8%. Which of the following three capital budgeting calculations is incorrect? (Points : 1)NPV = -$16.9IRR = 3.5%MIRR = 4.9%All are correct.More than one of the three are not correct2. What is the effective compound annual rate of interest on a $10,000 loan which is paid off by 48 monthly payments of $261 if the first payment is due 1 month after receipt of the loan? (Points : 1)8.73%9.64%10.56%12.15%None of the above are within rounding error of the correct calculation.3. Dividends per share of a company are expected to be $3, $5, and $4 for the next three years. Thereafter, the trend rate of growth is forecast to be 10% annually. To obtain a return of 15%, an investor would be willing to pay approximately $______ for the stock. (Points : 1)59626788None of the above are within rounding error of the correct calculation.
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