Question: Which formula number from the Table of Integrals (See Reference pages 6 - 10) was used to integrate the following? 2x3-3x2 35 49 50 36Using

 Which formula number from the Table of Integrals (See Reference pages6 - 10) was used to integrate the following? 2x3-3x2 35 4950 36Using formula 90 from the Table of Integrals [Reference pages 6-10)to integrate the following will first require a u-substitution. State the neededu-substitution. I from Sill ($2)d:i: O u : are sin (3:2) Ou=m2What is the setup needed to approximate the following integral using Simpson'sRule with n=4? 3 sin t dt 1 t O ! [f(1.

25) + f(1. 75) + f(2. 25) + f(2. 75) ] 1[f(1. 25) + f(1. 75) + f(2. 25) + f(2. 75) ]1 If(1) + 4f(1.5) + 2f(2) + 4f(2.5) + f(3) ] If(1)+ 4f(1. 5) + 2f(2) + 4f(2.5) + f(3) ]\f35. du -In+ C uva - u2 a\f49. du In + 0 u (atbu) a a + bu 50. du 7 b a+ bu In+ 0 uz (at bu)

Which formula number from the Table of Integrals (See Reference pages 6 - 10) was used to integrate the following? 2x3-3x2 35 49 50 36Using formula 90 from the Table of Integrals [Reference pages 6-10) to integrate the following will first require a u-substitution. State the needed u-substitution. I from Sill ($2)d:i: O u : are sin (3:2) Ou=m2 What is the setup needed to approximate the following integral using Simpson's Rule with n=4? 3 sin t dt 1 t O ! [f(1. 25) + f(1. 75) + f(2. 25) + f(2. 75) ] 1 [f(1. 25) + f(1. 75) + f(2. 25) + f(2. 75) ] 1 If(1) + 4f(1.5) + 2f(2) + 4f(2.5) + f(3) ] If(1) + 4f(1. 5) + 2f(2) + 4f(2.5) + f(3) ]\f35. du -In + C uva - u2 a\f49. du In + 0 u (at bu) a a + bu 50. du 7 b a+ bu In + 0 uz (at bu)

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