00:01
Okay, so first thing i'm going to do is in order to start solving for this, i'm going to take this information that was provided to me.
00:11
And i'm going to put this into a table in excel.
00:16
And so i have 4718, and then i have 2543, and i have 3214, and then i have 3214, and then i have 39, 49.
00:33
And 8024 and then i have 17413 and then 22799 and i'm going to take this information and i'm going to put it into a scatter plot and then as you can see it has a curve in it but i'm going to insert a trend line in this.
01:06
This definitely looks exponential.
01:11
And then i'm going to display the equation of that trend line.
01:18
So if we did do exponential, see, this would be the exponential regression equation.
01:33
And then in what years were there more patients awarded than might be expected from the model? enter your answer as a comma separated list.
01:46
So it says the following table shows the number plus p of design patients awarded by the u .s.
01:55
Patent trademark in the office of 1950 to 2010.
02:00
So using the exponential regression to model p as a function of p of t, plot the data along with the rest of regression equation.
02:14
So i did do that.
02:17
And then for the equation, p of t equals, and i don't know if it's going to let me, but i can try.
02:33
Oh, actually insert.
02:37
It doesn't, oh, let me do this.
02:39
I know.
02:43
There we go.
02:45
Control c...