🔥Ultimate Strategy of Curve Sketching: Graph y=ln(sinx) by Calculus✍️ ∫ln(sin(x))dx from x=0 to pi/2
HTML-код
- Опубликовано: 20 июл 2024
- 🎃Last Halloween, I tackled the famous and classic ∫ln(sin(x))dx problem from MIT Integration Bee.🐝
🎃This year, I'm going to GRAPH y=ln(sin(x)) BY CALCULUS!✍️
You'll find the most detailed and comprehensive guide to the entire process of CURVE-SKETCHING in today's video!
ENJOY❤️
🔻Opening
00:00 What date is Halloween?🎃
00:38 Curve Sketching : A~C (summary)
02:38 Curve Sketching : D~H (summary)
🔻Sketch the curve y=ln(sinx)
03:34 Step A~C (full details)
06:04 Step D (full details)
🔎 Horizontal Asymptotes
🔎 Vertical Asymptotes
09:16 Step E (full details)
🔎 Interval of Increase/Decrease
12:11 Step F (full details)
🔎 Local Maximum/Minimum Values
🔎 First Derivatives Test / Second Derivative Test
14:25 Step G (full details)
🔎 Concave Upward/Concave Downward
🔎 Inflection Points
15:21 Graph it ❤️
17:16 Ending
⬇️ Calculus/Math They Don't Teach You at School!🔥
• 🔥學校不會教你的數學!Math They D...
⬇️ 10 Common Mistakes Put Your🫵Calculus Final At Risk️😱 (for calculus 2 students)
• 拯救期末 GPA!十大常見「積分」錯誤️ 😱...
⬇️ A Brilliant Integral From MIT 2006 Integration Bee🐝
• 🔥MIT 超有名的高難度定積分 ln(sin...
⬇️ Monster Definite Integral ∫ xsin(x) / (1+cos^2(x)) dx😈
• 台大研究所考過的「定積分怪物😈」Stewar...
⬇️ LIMIT EVERYDAY🔥lim(x→0) sin(x) / x
• 🔥Limit Everyday with C...
⬇️ INTEGRAL EVERYDAY🔥100_Integrals_Challenge
• 🔥Integral Everyday wit...
⬇️ DIFFERENTIATE EVERYDAY🔥 • 🔥Differentiate Everyda...
⬇️ Subscribe to my channel for more Calculus tutorials.
/ chuan犬
⬇️ Follow my Instagram, I do integrals everyday, step-by-step tutorials for you! / chuan_calculus
#calculus #differentiation #derivative #curvesketching #graph #mit #integrationbee #halloween #halloween2023 #math
【2022 萬聖節特輯🎃∫ln(sinx) problem from MIT】
👉ruclips.net/video/CzzVwqYRpE4/видео.html
太狠了 竟然徒手畫ln(sinx) 希望能看到更多mit題目
好的❤️
小細節,sketching 的K應該是不送氣的子音,類似比較硬的g的發音,小挑剔一下😂😂😂
好的👌下次注意😅
10/31是萬聖夜,萬聖節的前一天
了解~
11/1是諸聖節
了解~「諸」聖節跟「萬」聖節一樣嗎?