Area Under a Curve: Introduction to Integral Calculus

mes(74)
Published in
MES Science
Words
370
Reading
2 min
Listen
Play
4y

In this video I discuss what the area under a curve means and show how you can sum up simple rectangle shapes and take the limit of them toward to infinite amount of rectangles to define the area under any curve. I go through the example y = x2 and also approximate the area under that curve using Microsoft Excel and you can download that file below. This is an important introduction to integral calculus because many of the concepts that I go through in this video will be used in my later integral calculus videos.


Watch video on:

  • 3Speak:
  • Odysee:
  • BitChute:
  • Rumble:
  • DTube:
  • YouTube:

Download video notes:


View Video Notes Below!


Download these notes: Link is in video description.
View these notes as an article: @mes
Subscribe via email: http://mes.fm/subscribe
Donate! :) https://mes.fm/donate
Buy MES merchandise! https://mes.fm/store
More links: https://linktr.ee/matheasy

Reuse of my videos:

  • Feel free to make use of / re-upload / monetize my videos as long as you provide a link to the original video.

Fight back against censorship:

  • Bookmark sites/channels/accounts and check periodically
  • Remember to always archive website pages in case they get deleted/changed.

Recommended Books:

Subscribe to MES Truth: https://mes.fm/truth
MES Links Telegram channel: https://t.me/meslinks

Join my forums!

Follow along my epic video series:


NOTE #1: If you don't have time to watch this whole video:

  • Skip to the end for Summary and Conclusions (if available)
  • Play this video at a faster speed.
    -- TOP SECRET LIFE HACK: Your brain gets used to faster speed!
    -- MES tutorial: @mes/play-videos-at-faster-or-slower-speeds-on-any-website
  • Download and read video notes.
  • Read notes on the Hive blockchain #Hive
  • Watch the video in parts.
    -- Timestamps of all parts are in the description.

Browser extension recommendations:


Introduction to the Area Problem

Intro to Area Problem.jpg

Discussion

image.png

Example 1

image.png

Solution:

image.png

image.png


For n = 30 we get:

image.png

Example 2

image.png

Solution:

image.png

image.png

image.png

Area Under a Curve: Introduction to Integral Calculus | Ecency