The mean value theorum helps find certain points is a graph in the intervlas of [negative infinity, positive infinity] from the f(x)=x^3+1
But the mean value theorum can only work for continous functions not for functions like the ones with square roots like f(x)=(x)^1/2+1 in the interval of [negative infinity, positive infinity]
Uh oh Alex. I don't see the Mean Value Theorem anywhere on here. I recommend you read AND COMMENT on at least 5 others to try and get a good idea of what is going on for this weekend's post.
the mean value theorum does not helps find certain points is a graph in the intervlas. What it does is it helps you find the time in which the slope of that point equal the average slope between the closed intervals
the mean value theorem is that there is a point in an interval of a continuous and differentiable function that has a tangent line which is parallel to the secant line.
I disagree with your definition of the mean value theorem as well,. Maybe you should read that little section in the book so you can get a better understanding of what it really is (:
yeah you should read the definition for the Mean Value Theorem or read someelse's post like miss Hwang said so you know about it and edit your post (:...and remner dont use x^3..or x^2
Uh oh Alex. I don't see the Mean Value Theorem anywhere on here. I recommend you read AND COMMENT on at least 5 others to try and get a good idea of what is going on for this weekend's post.
ReplyDeletethe mean value theorum does not helps find certain points is a graph in the intervlas. What it does is it helps you find the time in which the slope of that point equal the average slope between the closed intervals
ReplyDeletethe mean value theorem is that there is a point in an interval of a continuous and differentiable function that has a tangent line which is parallel to the secant line.
ReplyDeletehmmm
:)
I disagree with your definition of the mean value theorem as well,. Maybe you should read that little section in the book so you can get a better understanding of what it really is (:
ReplyDeleteyeah you should read the definition for the Mean Value Theorem or read someelse's post like miss Hwang said so you know about it and edit your post (:...and remner dont use x^3..or x^2
ReplyDeleteNot to be rude, but I don't understand what you wrote. You should read other people's posts and see what the mean value theorem is about.
ReplyDelete