)(16) 2.5 Continuity "Intermediate Value Theorem" (I.V.T State the Intermediate Value Theorem Example 1 Solution Let (1) continuous function on )(2 (3) N any number between and Then such that حفظ طريقة حل مسائل )Intermediate Value Theorem (I.V.T 1 يكون معطى في المسألة دالة و عدد " Nغلبا ما يكون صفر" 2 نختار عدد و ليكن بحيث " أو بمعنى آخر تكون سالب 3 نختار عدد و ليكن بحيث " أو بمعنى آخر تكون موجبة 4 فيكون 5 نثبت أن الدالة متصلة على الفترة أو " such that 6 7 " إذا كان معطى في المسألة دالتين أفرض دالة جديدة ∴ وكمل المسألة على الدالة (16) 2.5 Continuity "Intermediate Value Theorem " (I.V.T) Example 2 54 November 16, 2009 A P2 Show that the equation has a real solution Solution ∴ ∴ has a real solution Example 3 38 March 31, 2004 Use the Intermediate Value Theorem to show that the equation has a real root Solution ∴ ∴ Example 4 ( 4 points ) 60 October 31 Use the intermediate Value Theorem to show that the graphs of the functions and intersects , 2011 Solution the graph of the functions and intersects at if Let ∴ graphs of the functions intersect at HOSSAM GHANEM 86881166 حسام غانم (16) 2.5 Continuity "Intermediate Value Theorem " (I.V.T) Example 5 P3 Use the intermediate Value Theorem to show that there is a root of the equation in Solution ∴ ∴ has a real solution Example 6 68 October 23, 2104 [ 10 pts. ] Use the Intermediate Value Theorem to show the equation has at least one real solution . Solution Let is cont. on ∴ ∴ the equation such that has at least one real solution . Example 7 67 8 March 2014 [ 20 pts. ] Use the Intermediate Value Theorem to show that If on and , , then there is at last one such that and are continuous Solution Let is cont. on ∴ such that HOSSAM GHANEM 86881166 حسام غانم (16) 2.5 Continuity "Intermediate Value Theorem " (I.V.T) P4 Example 8 47 23 Dec. 2014 Show that the equation has at least one real root Solution Let ∴ the equation such that has at least one real root Homework 1 2 3 4 5 6 7 8 9 44 November 9, 2006 Show that the equation has a real solution 27 May 30. 2006 Let Show that the equation two distinct roots in the interval . has at least 55 April 8, 2010 (3pts) Let of and and . Show that the graphs intersect 57 November 8, 2010 Show that the equation has a real solution . (3 pts.) 39 5 June, 2011 [ 4 pts. ] Let be any real number . Show that the equation has at most one root in . 59 9 July 2011 [2 pts. ]: Show that the equation has at least one real solution 46 July 5, 2007 Let and Theorem to show that the graphs of f and .Use the Intermediate Value intersect at least once 64 March 9, 2013 [ 10 pts. ] Let and Theorem to show that the graphs of .Use the intermediate Value and g intersect at least once . Use the I.V.T to show that . The graph of cuts the x-axis HOSSAM GHANEM 86881166 حسام غانم
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