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Use tabular integration to find the antiderivative. 3 [5xe-4x dx 5x-4x d -4x dx = -3x 3x 3x [7xex = (7x) (-) - (21x)
Use tabular integration to find the antiderivative. 3 [5xe-4x dx 5x-4x d -4x dx = -3x 3x 3x [7xex = (7x) (-) - (21x) (*) + (420) - 27) - (23)+ 81 7x 14x +C 3 7x 3 9 27 +C Use tabular integration to find the antiderivative. 3 [5xe-4x dx 5x-4x d -4x dx = -3x 3x 3x [7xex = (7x) (-) - (21x) (*) + (420) - 27) - (23)+ 81 7x 14x +C 3 7x 3 9 27 +C Use tabular integration to find the antiderivative. 3 [5xe-4x dx 5x-4x d -4x dx = -3x 3x 3x [7xex = (7x) (-) - (21x) (*) + (420) - 27) - (23)+ 81 7x 14x +C 3 7x 3 9 27 +C Use tabular integration to find the antiderivative. 3 [5xe-4x dx 5x-4x d -4x dx = -3x 3x 3x [7xex = (7x) (-) - (21x) (*) + (420) - 27) - (23)+ 81 7x 14x +C 3 7x 3 9 27 +C
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Calculus Early Transcendentals
Authors: William L. Briggs, Lyle Cochran, Bernard Gillett
2nd edition
321954428, 321954424, 978-0321947345
