Mais conteúdos dessa disciplina
Direitos Humanos e Cidadania- Fabulosas Fábulas de Monteiro Lobato
- Quem você prefere Ed, Lady Gaga ou Madona?
- Qual a maior baleia do mundo? Será que é sua mãe?
- Use integration by parts to evaluate the following integral.
4. ∫ x e^{-x} dx
- Use integration by parts to evaluate the following integral.
3. ∫ x^{2} \ln x dx
- Use integration by parts to evaluate the following integral.
2. ∫ (\frac{\ln x}{x})^{2} dx
- Use integration by parts to evaluate the following integral.
1. ∫ \ln x dx
- Use a suitable substitution to evaluate the following integral.
24. ∫ x^{3}(1+3x^{2})^{\frac{1}{2}} dx
- Use a suitable substitution to evaluate the following integral.
23. ∫ \frac{\cos \sqrt{x}}{\sqrt{x}} dx
- Use a suitable substitution to evaluate the following integral.
22. ∫ \frac{x dx}{\sqrt{x+9}}
- Use a suitable substitution to evaluate the following integral.
21. ∫ \frac{dx}{e^{x}+e^{-x}}
- Use a suitable substitution to evaluate the following integral.
20. ∫ (x+2) \sqrt{x-1} dx
- Use a suitable substitution to evaluate the following integral.
19. ∫ \frac{e^{x} dx}{2+e^{x}}
- Use a suitable substitution to evaluate the following integral.
18. ∫ x \sqrt{x-1} dx
Conteúdos escolhidos para você
FAESA I
Perguntas dessa disciplina
UFBA
Mais conteúdos dessa disciplina
- Direitos Humanos e Cidadania
- Fabulosas Fábulas de Monteiro Lobato
- Quem você prefere Ed, Lady Gaga ou Madona?
- Qual a maior baleia do mundo? Será que é sua mãe?
- Use integration by parts to evaluate the following integral.
4. ∫ x e^{-x} dx
- Use integration by parts to evaluate the following integral.
3. ∫ x^{2} \ln x dx
- Use integration by parts to evaluate the following integral.
2. ∫ (\frac{\ln x}{x})^{2} dx
- Use integration by parts to evaluate the following integral.
1. ∫ \ln x dx
- Use a suitable substitution to evaluate the following integral.
24. ∫ x^{3}(1+3x^{2})^{\frac{1}{2}} dx
- Use a suitable substitution to evaluate the following integral.
23. ∫ \frac{\cos \sqrt{x}}{\sqrt{x}} dx
- Use a suitable substitution to evaluate the following integral.
22. ∫ \frac{x dx}{\sqrt{x+9}}
- Use a suitable substitution to evaluate the following integral.
21. ∫ \frac{dx}{e^{x}+e^{-x}}
- Use a suitable substitution to evaluate the following integral.
20. ∫ (x+2) \sqrt{x-1} dx
- Use a suitable substitution to evaluate the following integral.
19. ∫ \frac{e^{x} dx}{2+e^{x}}
- Use a suitable substitution to evaluate the following integral.
18. ∫ x \sqrt{x-1} dx
