Destroying the Gaussian Integral using Papa Leibniz and Feynman

Help me create more free content! =)
Patreon: mathable

Merch :v - https://teespring.com/de/stores/papaf...
                 https://www.amazon.com/shop/flammable...
                 https://shop.spreadshirt.de/papaflammy

Leibniz Rule: The Leibniz rule for integrals: The D...
Fresnel Integrals: An Insane Approach! The Fresnel integ...

Some people are accurate and call it using the Leibniz rule, some aren't and are calling it Feynman integration. Neverind that, let's continue Papa Flammy's integral week with a famous one: The Gaussian Integral including a constant in the exponent =)

2nd Channel: @rockhardwooddaddy

--------------------------------------------------------------------------------
Wanna send me some stuff? lel:

Postfach 60 06 03
14406 Potsdam
Brandenburg
Germany
--------------------------------------------------------------------------------

My Website: https://www.papaflammy.engineer/

Instagram: Instagram: flammablemaths

Flammy's subreddit: Reddit: FlammyBois

Twitter: Twitter: FlammableMaths

Facebook: Facebook: flammablemaths

Got some time to spare? Make sure to add captions to my videos! =) http://www.youtube.com/timedtext_cs_p...

Want to know more about me? Watch my QnA! =D Question and Answer Time with Papa Fl...

• #education
• #flammable
• #maths
• #fapable
• #integration
• #hard
• #university
• #potsdam
• #some_people_are_accurate_and_call_it_using_the_leibniz_rule
• #arent_and_are_calling_it
• #papa_flammys_integral_week_with_a_famous_one_the
• #lets_continue
• #some
• #fresnel_integrals
• #destroying_the_gaussian_integral_using_papa_leibniz_and_feynman
• #gaussian_integral_including_a_constant_in_the_exponent
• #feynman_integration_neverind_that