2nd method to evaluate the definite integral using basic techniques (Mis-521A)
2:12
2nd method to evaluate the definite integral using basic techniques (Mis-521A)
2nd method to evaluate the indefinite integral using algebraic manipulation (Mis-3181A)
2:59
2nd method to evaluate the indefinite integral using algebraic manipulation (Mis-3181A)
Prove that cot π/7 + cot 2π/7 + cot 4π/7 = sqrt(7) (TI-95)
8:40
Prove that cot π/7 + cot 2π/7 + cot 4π/7 = sqrt(7) (TI-95)
Prove that sin 2π/7 + sin 4π/7 + sin 8π/7 = sqrt(7)/2 (ATBOT-SPFC-Ex11A)(2nd method)
7:26
Prove that sin 2π/7 + sin 4π/7 + sin 8π/7 = sqrt(7)/2 (ATBOT-SPFC-Ex11A)(2nd method)
3rd method to evaluate the improper integral using algebraic manipulation (Mis 3180AA)
2:10
3rd method to evaluate the improper integral using algebraic manipulation (Mis 3180AA)
2nd method to evaluate the indefinite integral using algebraic manipulation (Mis-3179A)
1:39
2nd method to evaluate the indefinite integral using algebraic manipulation (Mis-3179A)
Evaluating the indefinite integral using basic techniques (Mis-3187)
5:14
Evaluating the indefinite integral using basic techniques (Mis-3187)
Evaluating the definite integral using Beta/Gamma function & Legendre duplication formula (Mis-633)
4:30
Evaluating the definite integral using Beta/Gamma function & Legendre duplication formula (Mis-633)
Evaluating the indefinite integral using algebraic manipulation (Mis 3185)
3:30
Evaluating the indefinite integral using algebraic manipulation (Mis 3185)
Evaluating the definite integral using algebraic manipulation (Mis-521)
1:47
Evaluating the definite integral using algebraic manipulation (Mis-521)
Evaluating the definite integral using algebraic manipulation (Mis-3186)
3:33
Evaluating the definite integral using algebraic manipulation (Mis-3186)
Prove that sin 2π/7 + sin 4π/7 + sin 8π/7 = sqrt(7)/2 (ATBOT-SPFC-Ex11)
6:12
Prove that sin 2π/7 + sin 4π/7 + sin 8π/7 = sqrt(7)/2 (ATBOT-SPFC-Ex11)
Evaluating the definite integral using Lerch transcendent and digamma function (Mis-3184)
3:35
Evaluating the definite integral using Lerch transcendent and digamma function (Mis-3184)
Evaluating the improper integral using basic techniques (Mis-3183)
3:58
Evaluating the improper integral using basic techniques (Mis-3183)
2nd method to evaluate the improper integral using basic techniques (Mis-3180A)
1:56
2nd method to evaluate the improper integral using basic techniques (Mis-3180A)
Evaluating the definite integral using digamma function (Mis-3182)
4:08
Evaluating the definite integral using digamma function (Mis-3182)
Evaluating the indefinite integral using a unique technique (Mis-3181)
1:55
Evaluating the indefinite integral using a unique technique (Mis-3181)
Evaluating the improper integral using basic techniques (Mis-3180)
1:52
Evaluating the improper integral using basic techniques (Mis-3180)
Evaluating the indefinite integral using algebraic manipulation (Mis-3179)
1:18
Evaluating the indefinite integral using algebraic manipulation (Mis-3179)
2nd method to evaluate the definite integral using basic techniques (Mis-3178A)
3:35
2nd method to evaluate the definite integral using basic techniques (Mis-3178A)
2024 Columbia Integration Bee Qualifying round integral 16 (Mis-3030AAAAA)(6th method)
2:44
2024 Columbia Integration Bee Qualifying round integral 16 (Mis-3030AAAAA)(6th method)
Evaluating the definite integral using basic techniques (Mis-3178)
3:06
Evaluating the definite integral using basic techniques (Mis-3178)
2nd method to evaluate the improper integral using Beta/Gamma functions (Mis-3177A)
4:56
2nd method to evaluate the improper integral using Beta/Gamma functions (Mis-3177A)
Evaluating improper integral using Beta/Gamma functions (Mis-3177)
3:36
Evaluating improper integral using Beta/Gamma functions (Mis-3177)
Evaluating the indefinite integral using complex numbers (Mis-3176)
3:07
Evaluating the indefinite integral using complex numbers (Mis-3176)
Evaluating the definite integral after deriving a general formula (Mis-3175)
4:40
Evaluating the definite integral after deriving a general formula (Mis-3175)
Evaluating the definite integral using Beta/Gamma functions (Mis-3174)
1:52
Evaluating the definite integral using Beta/Gamma functions (Mis-3174)
3rd method to evaluate the definite integral using infinite series (Mis-2594AA)
1:10
3rd method to evaluate the definite integral using infinite series (Mis-2594AA)
2nd method to evaluate the indefinite integral using a unique technique (Mis-3173A)
1:37
2nd method to evaluate the indefinite integral using a unique technique (Mis-3173A)
Evaluating the indefinite integral using universal trignometric substitution (Mis-3173)
3:42
Evaluating the indefinite integral using universal trignometric substitution (Mis-3173)