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book Introduction to Econometrics 3rd Edition by James Stock, James Stock cover

Introduction to Econometrics 3rd Edition by James Stock, James Stock

النسخة 3الرقم المعياري الدولي: 978-9352863501
book Introduction to Econometrics 3rd Edition by James Stock, James Stock cover

Introduction to Econometrics 3rd Edition by James Stock, James Stock

النسخة 3الرقم المعياري الدولي: 978-9352863501
تمرين 20
Suppose that u t follows the ARCH process, Suppose that u t follows the ARCH process,    a. Let   be the unconditional variance of u t. Show that var ( u t ) = 2. b. Suppose that the distribution of u t conditional on lagged values of u t is   . If   , what is   If u t 1 = 2.0, what is
a. Let Suppose that u t follows the ARCH process,    a. Let   be the unconditional variance of u t. Show that var ( u t ) = 2. b. Suppose that the distribution of u t conditional on lagged values of u t is   . If   , what is   If u t 1 = 2.0, what is  be the unconditional variance of u t. Show that var ( u t ) = 2.
b. Suppose that the distribution of u t conditional on lagged values of u t is Suppose that u t follows the ARCH process,    a. Let   be the unconditional variance of u t. Show that var ( u t ) = 2. b. Suppose that the distribution of u t conditional on lagged values of u t is   . If   , what is   If u t 1 = 2.0, what is  . If Suppose that u t follows the ARCH process,    a. Let   be the unconditional variance of u t. Show that var ( u t ) = 2. b. Suppose that the distribution of u t conditional on lagged values of u t is   . If   , what is   If u t 1 = 2.0, what is  , what is Suppose that u t follows the ARCH process,    a. Let   be the unconditional variance of u t. Show that var ( u t ) = 2. b. Suppose that the distribution of u t conditional on lagged values of u t is   . If   , what is   If u t 1 = 2.0, what is  If u t 1 = 2.0, what is Suppose that u t follows the ARCH process,    a. Let   be the unconditional variance of u t. Show that var ( u t ) = 2. b. Suppose that the distribution of u t conditional on lagged values of u t is   . If   , what is   If u t 1 = 2.0, what is
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a) The ARCH equation is blured image Here blured image is the va...

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Introduction to Econometrics 3rd Edition by James Stock, James Stock
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