Often when learning about symmetry the concept of even and odd functions is presented...learn about how to tell if a function is even or odd in the video I did here: ua-cam.com/video/6pCVGSLTzgM/v-deo.html
I haven't been in a math class for about 35 years. I understood the concept when my daughter asked for help, but it took your video to really drive it home. Thank you.
Great video! super easy to understand and you finally demystified the negative 1 value to help me understand how can get a problem to look like the original without fundamentally changing anything. Thank you!
Often when learning about symmetry the concept of even and odd functions is presented...learn about how to tell if a function is even or odd in the video I did here: ua-cam.com/video/6pCVGSLTzgM/v-deo.html
couldn't understand it in 2 hours in school, took a minute to understand it thanks to you
Cheers!
Glad my video helped you Junaid Mughal!
Thank you, you saved many lives.
Glad my video helped you!
Thank you so much Mario! Your lecture is easy to follow and very instructive. I wish my instructor was more like you.
You’re welcome Mitchell! Glad you like the way I explain things!
I haven't been in a math class for about 35 years. I understood the concept when my daughter asked for help, but it took your video to really drive it home. Thank you.
You’re welcome! Glad my video was able to help you.
Excellent video, thought this was impossible when my teacher taught how, took 2 minutes when i watched your video thank you!
Great video! super easy to understand and you finally demystified the negative 1 value to help me understand how can get a problem to look like the original without fundamentally changing anything. Thank you!
Glad my video helped you understand this concept better!
brilliant and simply, cheers mate
+John 117 glad you liked the video!
Thank you! You are way better than my algebra teacher!
Thanks you helped me a lot, I couldn't understand until I saw your video, and tomorrow my exam
You are such a nice teacher - THANK YOU SO MUCH!
Why do you multiply by negative one and when do you need to.
Thanks Mario. So easily explained
You’re welcome! Glad you liked the explanation Valentine!
great way to explain it makes more sense now.
Glad my video helped you Victor!
wow you make it make so easy to understand
thank you for teaching me your ways
Do you always multiply everything by one?
Alot more useful than luigis tutorial
*budum tssssss*
Thank you for making this video! You made it very easy to understand. Actual life saver.
You’re welcome Hannah!
thank you! this helped so much!
Super helpful, I was getting frustrated because my book wasn’t very good at showing it to me
Glad it was helpful!
Good job! Great teaching Mario!
+Michelle Archuleta glad you liked the video!
Broooooo your a life saver thank you sooooo much!,
thank you! by the way, do you do plumbing by any chance? you seem familiar...
Thank you so much. You helped a ton
You’re welcome Isaac! Glad my video helped you!
Thanks! Great job. 😊😊😊 I wish u Good luck:)
Glad you liked the video!
what would I do without you, Mario?
Glad my videos are helping you ppom!
Used this video for review for my test, and reviewing again for my final👍great job.
Thanks! Glad my video is helping you!
Thank you. It's very useful
Glad you liked my symmetry tests video Nadia!
thanks for the help man...much appreciated
You’re welcome Ed!
great explanation!!!!
Thanks Jiayu!
Thank, you so much ❤️
thanks, really helpful video
You’re welcome Brian!
thanks for the help mario appreciate it
You’re welcome Adam!
Bravo!
Thank you!
You’re welcome!
thank you so much!
You’re welcome Alex!
nice one thanks chief
You’re welcome!
Thanks !
Your welcome!
Why tf did u multiply by -1
If it is f(x) = x3 - 4x what becomes y?
there is no "y" in the equation so it wouldn't change, making it x-axis symmetry. I know this is 6 months late, but hope it helped
f(x) is your y so rewrite the equation as y=x3-4x
👍
Bruh the way my teacher teaches this is awful thanks
Hey mr, can i go to the bathroom real quick?
Thanks 🙏🏻
Thank you!
You’re welcome!
Thank you !
You’re welcome Norah!