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Why a "least squares regression line" is called that...
This explanation made a lot of sense to me when I read it years ago, and I think it's even better dynamically illustrated with Geometer's Sketchpad.
COCCmath
commented:
How to make a basic scatterplot in Excel 2007
A little tutorial to help you create a scatterplot in MS Excel 2007. Hope it helps.
COCCmath
commented:
Hey there! Check out the reply I sent to "lydiaBETCH" below. Thanks for stopping by!
Why a "least squares regression line" is called that...
This explanation made a lot of sense to me when I read it years ago, and I think it's even better dynamically illustrated with Geometer's Sketchpad.
COCCmath
commented:
Merci beaucoup! Hello from Oregon!
So nice to hear from you, and I'm glad you found this helpful. Knowledge should be shared, no?
Au revoir
How to make a basic scatterplot in Excel 2007
A little tutorial to help you create a scatterplot in MS Excel 2007. Hope it helps.
COCCmath
commented:
Hey there! Well, I'm not sure that you can; the best fit line is tied to the data. Are you trying to extrapolate with the line?
Why a "least squares regression line" is called that...
This explanation made a lot of sense to me when I read it years ago, and I think it's even better dynamically illustrated with Geometer's Sketchpad.
COCCmath
commented:
My pleasure! Thanks for stopping by!
How to make a basic scatterplot in Excel 2007
A little tutorial to help you create a scatterplot in MS Excel 2007. Hope it helps.
COCCmath
commented:
Hi there! Excel calls them "Trendlines", and they're located under the same "Layout" tab that the axis titles were. Hope that helps!
How to make a basic scatterplot in Excel 2007
A little tutorial to help you create a scatterplot in MS Excel 2007. Hope it helps.
COCCmath
commented:
You're welcomeeeeeee!
How to make a basic scatterplot in Excel 2007
A little tutorial to help you create a scatterplot in MS Excel 2007. Hope it helps.
COCCmath
commented:
Thanks for checking it out! Glad it helped!
Why a "least squares regression line" is called that...
This explanation made a lot of sense to me when I read it years ago, and I think it's even better dynamically illustrated with Geometer's Sketchpad.
COCCmath
commented:
This is my favorite explanation, so I'm glad you like it, too!
How to make a basic scatterplot in Excel 2007
A little tutorial to help you create a scatterplot in MS Excel 2007. Hope it helps.
COCCmath
commented:
Hey, you;'re very welcome! Glad it helped!
Why a "least squares regression line" is called that...
This explanation made a lot of sense to me when I read it years ago, and I think it's even better dynamically illustrated with Geometer's Sketchpad.
COCCmath
commented:
You're welcome!
How to make a basic scatterplot in Excel 2007
A little tutorial to help you create a scatterplot in MS Excel 2007. Hope it helps.
COCCmath
commented:
You are more than welcome! Glad it helped!
Brian McGee - Walking Back To Love
Brian McGee
Walking Back To Love
Amplified Art
Raleigh, NC
11-1-11
COCCmath
commented:
Brian, I cannot WAIT to play this with you! Love this tune, dude.
How to make a basic scatterplot in Excel 2007
A little tutorial to help you create a scatterplot in MS Excel 2007. Hope it helps.
COCCmath
commented:
Glad this could help you, and thanks so much for checking it out!
My favorite endo. Ever.
My buddy makes a green square mistake exiting a black diamond stunt in Bend. Enjoy...I always do.
COCCmath
uploaded
How to make a basic scatterplot in Excel 2007
A little tutorial to help you create a scatterplot in MS Excel 2007. Hope it helps.
COCCmath
commented:
You're more than welcome! Thanks for stopping by!
Creating a binomial distribution and line graph in Microsoft Excel 2007 (low volume...apologies!)
In this video, you'll see how to create a t - table for a binomial distribution, and then visualize it with a 2 - d line graph. This line graph tu...
COCCmath
uploaded
How to make a basic scatterplot in Excel 2007
A little tutorial to help you create a scatterplot in MS Excel 2007. Hope it helps.
COCCmath
commented:
You're so welcome!
Hey, you're welcome! The quick and easy answer is that the sum of the deviations (unsquared) will always be zero (this is the same thing that happens when you square the "sum of deviations from average" when computing variances...I mention the motivation at around 2:06). Make sense?