thank you so much. I found this in a video you made 7 years ago in an attempt to help someone. I am amazed at how nice you are to do that. Keep up the great work man
Honestly this helped me understand a little not little little like.. 70% and thats way better than what i have learnt at school. Still a bit confused but all i need is practice. But thank you so much this truly helped
It would be awesome if you could make a video on determining the equation of a transformed graph, from a square root function, absolute value function, parabola x2 function. I've been struggling finding out how to determine what transformations have been given to a function after seeing the new graph in the form y=af[b(x-h)]+k , y=af√b(x-h) +k, y=af(x-h)2+k and etc
The equation changes when you find the inverse. That requires you to swap the x and the y, and then you solve for y. After that though, it is just about the domain that you impose on the equation which doesn't really require a change in the equation.
You need to ingage listeners by asking asking questions Explanation is good but too much of it makes it easy to lose focus, not criticizing but just help the show to improve cos I like it here
thank you so much. I found this in a video you made 7 years ago in an attempt to help someone. I am amazed at how nice you are to do that. Keep up the great work man
Honestly this helped me understand a little not little little like.. 70% and thats way better than what i have learnt at school. Still a bit confused but all i need is practice. But thank you so much this truly helped
It would be awesome if you could make a video on determining the equation of a transformed graph, from a square root function, absolute value function, parabola x2 function. I've been struggling finding out how to determine what transformations have been given to a function after seeing the new graph in the form y=af[b(x-h)]+k , y=af√b(x-h) +k, y=af(x-h)2+k and etc
Does this help ua-cam.com/video/Whyx17LaUi0/v-deo.html
so how exactly would you change the equation?
The equation changes when you find the inverse. That requires you to swap the x and the y, and then you solve for y. After that though, it is just about the domain that you impose on the equation which doesn't really require a change in the equation.
Could you do a video about restricting the domain of y = ( x + 2) ^ 2
ua-cam.com/video/yuObOwJh24I/v-deo.html Does this help?
You need to ingage listeners by asking asking questions
Explanation is good but too much of it makes it easy to lose focus, not criticizing but just help the show to improve cos I like it here