Mathematics

$$\int (1+x-x^{-1})e^{x+x^{1}}dx=$$


ANSWER

$$xe^{x+x^{-1}}+c$$


View Full Answer

Its FREE, you're just one step away


Single Correct Medium Published on 17th 09, 2020
Next Question
Questions 203525
Subjects 9
Chapters 126
Enrolled Students 86
Enroll Now For FREE

Realted Questions

Q1 Single Correct Hard
If $$a,b$$ and $$c$$ are real numbers then the value of $$\mathop {\lim }\limits_{t \to 0} {l_n}\left( {\frac{1}{t}\int_0^1 {{{\left( {1 + a\sin bx} \right)}^{\frac{c}{x}}}dx} } \right)$$ equals
  • A. $$\dfrac{{ab}}{c}$$
  • B. $$\dfrac{{bc}}{a}$$
  • C. $$\dfrac{{ca}}{b}$$
  • D. $$abc$$

Asked in: Mathematics - Integrals


1 Verified Answer | Published on 17th 09, 2020

View Answer
Q2 Subjective Medium
$$\displaystyle \int _{ 0 }^{ \pi  }{ x\sin { 2x } .dx } $$

Asked in: Mathematics - Integrals


1 Verified Answer | Published on 17th 09, 2020

View Answer
Q3 Subjective Hard
Integrate with respect to $$x$$:
$$\sec^{3}x$$

Asked in: Mathematics - Integrals


1 Verified Answer | Published on 17th 09, 2020

View Answer
Q4 Subjective Medium
$$\int { \cfrac { 2x-1 }{ { \left( x-1 \right)  }^{ 2 } } dx } \quad $$

Asked in: Mathematics - Integrals


1 Verified Answer | Published on 17th 09, 2020

View Answer
Q5 Subjective Easy
$$\int \frac{2x^{2}}{3x^{4}2x} dx$$

Asked in: Mathematics - Integrals


1 Verified Answer | Published on 17th 09, 2020

View Answer