An Oscillating Integral: Differentiate, Substitute, Count the Periods
0:56
YouTubeTexas Little Apple
An Oscillating Integral: Differentiate, Substitute, Count the Periods
Evaluate the integral 1 I=∫ |d cos(ln (1/x))/dx| dx, ,n∈Z (positive integer). e^(βˆ’2nΟ€) Since ln(1/x)=βˆ’lnx and cosine is even, differentiating gives d cos(lnx)/dx=-sin(lnx)/x. Using u=βˆ’lnx, the integral becomes 2nΟ€ ∫ ∣sinu∣du. 0 Because ∣sinu∣ has period Ο€, with area 2 over each period, the interval contains 2n complete ...
758 views1 month ago
Integral Calculus
Sine Integration vs Sum Explained | Riemann Sum Approximates ∫sinx from 0 to Ο€:2 Perfectly #maths
0:16
Sine Integration vs Sum Explained | Riemann Sum Approximates ∫sinx from 0 to Ο€:2 Perfectly #maths
YouTubecodematrixvishal
58.8K views1 month ago
Differentiation & Integration Formula Table | Complete Calculus Formula Revision #math #calculus #yt
0:24
Differentiation & Integration Formula Table | Complete Calculus Formula Revision #math #calculus #yt
YouTubecodematrixvishal
22.1K views1 month ago
Integral result from Area Method #maths #integration #calculus
0:38
Integral result from Area Method #maths #integration #calculus
YouTubeLearn With Shakil
392.1K views1 month ago
Top videos
How Feynman Integrated This Faster | MOA Lesson 54 #apcalculus
0:38
How Feynman Integrated This Faster | MOA Lesson 54 #apcalculus
YouTubeMath Olympiad Academy
249 views1 month ago
Evaluating Indefinite Integral #mathematics #calculus #alevel #alevels2024
0:11
Evaluating Indefinite Integral #mathematics #calculus #alevel #alevels2024
YouTubeMuhammad Usman
534 views1 month ago
61/1000, integral of sqrt(x) from 1 to 9
1:40
61/1000, integral of sqrt(x) from 1 to 9
YouTubebprp calculus basics
12.5K views2 months ago
Integration by Parts
Integration of cos^5x #integrationshorttricks #integrationformulas #integration
1:00
Integration of cos^5x #integrationshorttricks #integrationformulas #integration
YouTubeSabahat Qadeer
2.5K viewsMar 17, 2024
Cosine Integration vs Riemann Sum Explained | Area Under Curve Visualization #maths #calculus
0:21
Cosine Integration vs Riemann Sum Explained | Area Under Curve Visualization #maths #calculus
YouTubecodematrixvishal
52.9K views1 month ago
Q) The value of Integration ∫ (0 to 1 ) dx/ e^x + e^-x,#cbse #maths #cbse2026 #maths #cbse2024
1:50
Q) The value of Integration ∫ (0 to 1 ) dx/ e^x + e^-x,#cbse #maths #cbse2026 #maths #cbse2024
YouTubeShivang Maths Academy
3.8K views8 months ago
How Feynman Integrated This Faster | MOA Lesson 54 #apcalculus
0:38
How Feynman Integrated This Faster | MOA Lesson 54 #apcalculus
249 views1 month ago
YouTubeMath Olympiad Academy
Evaluating Indefinite Integral #mathematics #calculus #alevel #alevels2024
0:11
Evaluating Indefinite Integral #mathematics #calculus #alevel #alevels2024
534 views1 month ago
YouTubeMuhammad Usman
61/1000, integral of sqrt(x) from 1 to 9
1:40
61/1000, integral of sqrt(x) from 1 to 9
12.5K views2 months ago
YouTubebprp calculus basics
Feynman's Integral Trick
0:48
Feynman's Integral Trick
3.1K views6 months ago
YouTubeMathilda Academy
Complete the Square to Solve This Integral!
0:17
Complete the Square to Solve This Integral!
247 views1 month ago
YouTubeMath Guy Steve
How to use partial fraction decomposition to evaluate an indefinite integrals in calculus
0:40
How to use partial fraction decomposition to evaluate an indefinite integrals in calculus
2.9K views4 months ago
YouTubeSky Owl Tutors
Definite Integrals Explained | Class 10
0:23
Definite Integrals Explained | Class 10
41 views1 month ago
YouTubeThe Blueprint Academy
1:08
Can You Evaluate this Integral without Substitution? #mathsshorts
23K views1 month ago
YouTubeGresty Academy
0:42
How to Tell If You Approach From the Left or Right | Improper Integrals
2.3K views6 months ago
YouTubeMath with Professor V
0:18
πŸ“ŒπŸ“ŒEvaluate trig integrals WITHOUT trig substitutions!
3.2K views4 months ago
YouTubeMathMinds Global Tutorial
0:53
Integral of ln x Explained Using Integration by Parts
2.3K views3 months ago
YouTubeNail IB
0:51
Understanding Definite Integration with U-Substitution
534.7K viewsJan 28, 2025
TikTokzlamdunk.streams
0:09
Mastering Integration Techniques with Algebraic Tricks
116.6K views7 months ago
TikTokbrainrot.mathematics
0:09
Evaluate the Integral Using Trig Identities
174.7K views11 months ago
TikTokbrainrot.mathematics
1:19
Can You Evaluate this Modulus Integral? #mathsshorts
23.6K views2 months ago
YouTubeGresty Academy
0:09
πŸ”₯ Day 121 β€” 2025 MIT Integration Bee (Qualifying) Q4 Evaluate: Integral from 1 to e^e of [ log( x^(log(x^x)) ) / x^2 ] dx Looks wild, but the trick is to simplify before integrating. If you collapse the nested powers/logs the integrand turns into something that begs for a one-line u-sub. πŸ‘‰ Hints β€’ Use: log(a^b) = blog(a) and log(x^x) = xlog(x). β€’ You should get (log x)^2 / x, then let u = log x. Would you spot it under time pressure? ⏱️ πŸ’­ Drop your answer method below πŸ‘‡ βœ… Full step-by-step s
55.8K views7 months ago
TikTokbrainrot.mathematics
7:26
Evaluating the Integral of t^3 dt Over Square Root
887.5K viewsMar 21, 2025
TikTokenginerdmath
0:18
Evaluating Line Integrals in Vector Fields
43.4K views10 months ago
TikTokuser4525356733117
0:09
πŸ”₯ Day 117 β€” Can you solve this? Evaluate the integral (a > 0, b β‰₯ 0): βˆ«β‚€^∞ e^(βˆ’a x) · sin(bx) / x dx It looks tough β€” but a parameter derivative makes it collapse πŸ“‰ Differentiate with respect to b, use the Laplace transform of cos(bx), then integrate back. πŸ‘‰ Hint: Fβ€²(b) = βˆ«β‚€^∞ e^(βˆ’a x) cos(bx) dx = a/(a² b²). Integrate in b and use F(0) = 0 to nail the constant πŸ‘€ Would you land the exact expression before time runs out? ⏱️ πŸ’­ Drop your answer below πŸ‘‡ βœ… Full step-by-step solution is already
29.2K views8 months ago
TikTokbrainrot.mathematics
See more
Static thumbnail place holder