Calculus 3: Line Integrals (Video #28) | Math with Professor V

Explanation of the process behind evaluating a line integral and what it represents. Review of parametrization of curves in order to compute a line integral. Examples evaluating line integrals with respect to ds as well as dx and dy. Review of how to compute work in various circumstances, and introduction to computing work as a line integral of the force vector field over a curve. #lineintegrals #vectorfields #calculus3 #mathtvwithprofessorv #vectorcalculus #work #multivariablecalculus #math #youtubemath #mathtutor #mathprofessor #calculus #calculushelp #calculusvideos #calculustutorial

Don't forget to LIKE, Comment, & Subscribe!

xoxo,
Professor V

Calculus 2 Lecture Videos on Integration:

Trig Review:

Calculus 3 Video Lectures:

#mathwithprofessorv #integration #partialfractions #partialfractionmethod #partialfractiondecomposition #trigonometricsubstitution #trigintegrals #trigsubstitution #integrals #integralcalculus #calculus2 #calculusvideos #calculus2videos #integralvideos #trigonometricintegrals #math #youtubemath #mathvideos #mathtutor #mathprofessor #calculusvideos #integrationbyparts #integralcalculus

Join this channel to get access to perks:

Socials:
IG: @mathwithprofessorv
TikTok: @mathwithprofessorv

I'm also an Amazon influencer, so feel free to support and shop:

EXCITING NEWS: You can now sign up for my Patreon at the link below!

My Patreon is a place for students to have access to exclusive ad-free content not available on my YouTube channel! Access to the library of additional videos, worksheets, and more is available with the "Star Pupil Package" tier for just $9.99/month (USD).

*This video is copy protected and cannot be downloaded or used in any capacity without my permission.*

[shinybreloom]

Your videos are incredibly helpful, thank you.

[Mohamedmorad]

YOU'RE THE
my greetings from Egypt ^^

[elenah]

Omg thank you for the post this is a life saver!

[dalibormaksimovic]

Your videos are so helpful, I appreciate. Just a question - how did you solve the last integral (integral from - 1 to 2 of t*sin(t^2)+2t^3). It's not elementary.

[SobechukwuDi-Ibor]

love your videos! thank you!!
some questions: for the first parametric review example, could you also make x negative and y positive? 2:42
also, for evaluating the line integral at the small arc length of the circle, why couldn’t we restrict t to -π/2 to 0 in the first part? Why’d we have to change y to -sint? at 25:45

[bluepythonproductions]

Video coming in clutch before final ngl