Have you ever thought that your name can be plotted using an equation ? Yes it's possible 😳 All you need to know is some basic equations and how to alter them. But how to learn that ? Don't worry GRAPHER'S GUIDE TO GRAPHING will guide you with this all you need to do is CLICK the LINK ( thegrapher.gumroad.com/l/Ebook )and buy it , best part is you can buy it at 33% off use 'FIRSTBUY'. " You don’t have to be great to start,but you do have to start to be great " Take a step now and start GRAPHING... 👇 thegrapher.gumroad.com/l/Ebook
Unfortunately, since you are using limits, you are wrong. You will pretend you're right, but you're actually wrong. I can do a close approximation with 1/10 the thought energy. 2!+e^(pi-2)=7.1317520083. Close enough.
Honestly thank you, this is really well presented and was wandering that just about now =)) massively underrated, cuz I haven't found an explanation this good until now
Thank you so much for this! I've been trying to find a good video on the Gamma function and how to take the factorial of any number, but nothing I watched gave a concise enough answer, until I found your video which explains it in intricate yet easy to understand detaill. Thank you!!
I've been watching a lot of content related to the Gamma function and I really liked it, I just don't completely understand how -0,5!>1!=0!>0,5! That's so strange and lil fun to be real
Don't by anxious my bro! You can find out the factorial value of a fraction by STIRLING FORMULA given in calculus, then you can find out GAMMA VALUES of a reaction, too.
Have you ever thought that your name can be plotted using an equation ?
Yes it's possible 😳
All you need to know is some basic equations and how to alter them. But how to learn that ?
Don't worry GRAPHER'S GUIDE TO GRAPHING will guide you with this all you need to do is CLICK the LINK ( thegrapher.gumroad.com/l/Ebook )and buy it , best part is you can buy it at 33% off use 'FIRSTBUY'.
" You don’t have to be great to start,but you do have to start to be great "
Take a step now and start GRAPHING...
👇
thegrapher.gumroad.com/l/Ebook
Unfortunately, since you are using limits, you are wrong. You will pretend you're right, but you're actually wrong. I can do a close approximation with 1/10 the thought energy. 2!+e^(pi-2)=7.1317520083. Close enough.
I've seen the gamma function many times before but never knew what it was or what it meant until now. Good one.
Honestly thank you, this is really well presented and was wandering that just about now =)) massively underrated, cuz I haven't found an explanation this good until now
You absolutely cleared my doubt!I was trying to figure out how gamma function work and couldn't figure out. Amazing!
Thank you so much for this! I've been trying to find a good video on the Gamma function and how to take the factorial of any number, but nothing I watched gave a concise enough answer, until I found your video which explains it in intricate yet easy to understand detaill. Thank you!!
How every maths video should be, straight to the point. Well made
i loved that , simple and clear good job keep it up
Awesome explaination🖤
I've been watching a lot of content related to the Gamma function and I really liked it, I just don't completely understand how -0,5!>1!=0!>0,5! That's so strange and lil fun to be real
amazing video!
How did you evaluate the area under the graph?
Integration
@@denysmarker 😲
Very interesting video! The intro music was rather loud haha.
haha
How do you evaluate the gamma function for pi + 1? to get 7.188..?
Now I know my lack of basis to understand those topics
Don't by anxious my bro! You can find out the factorial value of a fraction by STIRLING FORMULA given in calculus, then you can find out GAMMA VALUES of a reaction, too.
that music is gr8
Every thing went flying above my head being a middle schooler
Γ(π+1) = π!
And later on it will be used in the fractional derivative
How to find 3.5! in 3.19min??
Gut
What the hell does any of that mean?
Γ(z) = (z-1)!
I love maths, but you lost me at 0:30
Factorial for non integers? It makes no sense really. I can't think of any practical application. Another useless approximation.
there isn't a practical application for it with integers either