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Quiz:Quiz 1

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Part 1The table below shows current and expected future​ one-year interest​ rates, as well as current interest rates on multiyear bonds. Use the table to calculate the liquidity premium for each multiyear bond.[table] Year | ​One-Year Bond Rate | Multiyear Bond Rate 1 | 2.002.00​% | 2.002.00​% 2 | 3.003.00​% | 5.005.00​% 3 | 4.004.00​% | 6.006.00​% 4 | 5.005.00​% | 9.009.00​% 5 | 8.008.00​% | 12.0012.00​% [/table]Part 2The liquidity premiums for each year are given​ as: ​(Enter your responses rounded to two decimal​ places.)[table] l Subscript 11 | equals= | enter your response here ​% l Subscript 21 | equals= | enter your response here ​% l Subscript 31 | equals= | enter your response here ​% l Subscript 41 | equals= | enter your response here ​% l Subscript 51 | equals= | enter your response here ​% [/table]

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The question asks you to compute liquidity premiums for each year, using the liquidity premium theory relation: the yield on a n-year bond equals the average of expected short-term rates over the next n years plus the liquidity premium for n years. In other words, y_n = (i_1 + i_2 + ... + i_n)/n + LP_n, where i_k is the expected one-year rate k years from now (the forecast for the short-term rate in year k). Therefore, LP_n = y_n − average(i_1, ..., i_n). First, identify the data f......Login to view full explanation

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Part 1The table below shows current and expected future​ one-year interest​ rates, as well as current interest rates on multiyear bonds. Use the table to calculate the liquidity premium for each multiyear bond.[table] Year | ​One-Year Bond Rate | Multiyear Bond Rate 1 | 2.002.00​% | 2.002.00​% 2 | 3.003.00​% | 4.004.00​% 3 | 4.004.00​% | 5.005.00​% 4 | 6.006.00​% | 7.007.00​% 5 | 7.007.00​% | 8.008.00​% [/table]Part 2The liquidity premiums for each year are given​ as: ​(Enter your responses rounded to two decimal​ places.)[table] l Subscript 11 | equals= | enter your response here ​% l Subscript 21 | equals= | enter your response here ​% l Subscript 31 | equals= | enter your response here ​% l Subscript 41 | equals= | enter your response here ​% l Subscript 51 | equals= | enter your response here ​% [/table]

Part 1The table below shows current and expected future​ one-year interest​ rates, as well as current interest rates on multiyear bonds. Use the table to calculate the liquidity premium for each multiyear bond.[table] Year | ​One-Year Bond Rate | Multiyear Bond Rate 1 | 2.002.00​% | 2.002.00​% 2 | 3.003.00​% | 3.003.00​% 3 | 4.004.00​% | 4.004.00​% 4 | 7.007.00​% | 7.007.00​% 5 | 8.008.00​% | 10.0010.00​% [/table]Part 2The liquidity premiums for each year are given​ as: ​(Enter your responses rounded to two decimal​ places.)[table] l Subscript 11 | equals= | enter your response here ​% l Subscript 21 | equals= | enter your response here ​% l Subscript 31 | equals= | enter your response here ​% l Subscript 41 | equals= | enter your response here ​% l Subscript 51 | equals= | enter your response here ​% [/table]

Part 1The table below shows current and expected future​ one-year interest​ rates, as well as current interest rates on multiyear bonds. Use the table to calculate the liquidity premium for each multiyear bond.[table] Year | ​One-Year Bond Rate | Multiyear Bond Rate 1 | 2.002.00​% | 2.002.00​% 2 | 3.003.00​% | 5.005.00​% 3 | 5.005.00​% | 7.007.00​% 4 | 6.006.00​% | 10.0010.00​% 5 | 8.008.00​% | 13.0013.00​% [/table]Part 2The liquidity premiums for each year are given​ as: ​(Enter your responses rounded to two decimal​ places.)[table] l Subscript 11 | equals= | enter your response here ​% l Subscript 21 | equals= | enter your response here ​% l Subscript 31 | equals= | enter your response here ​% l Subscript 41 | equals= | enter your response here ​% l Subscript 51 | equals= | enter your response here ​% [/table]

Which premium compensates investors for the difficulty of trading a bond quickly without affecting its price?

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