We went over translations during the entire class period today! Hopefully you are beginning to see how these functions move, but it can take some time before this material really clicks. Be sure to check out the websites on the right, especially "Visual Functions," if you are still having trouble with these problems. We will spend a few minutes tomorrow going over Transformations, but then we will be moving on to Composite Functions.
Composite functions are pretty easy because it is just performing basic operations on 2 functions instead of 1.
For example, (f+g)(x) = f(x) + g(x)....so if f(x) = x + 3 and g(x) = 2x + 2 then,
(f+g)(x) = (x +3) + (2x + 2).....or simplified.... (f+g)(x) = 3x + 5
We will go over this tomorrow but you should look through the examples on pages 84-85 before class. This is your only homework, other than the question below, but make sure you do it!
Have a great day!
Coming up:
- Homework: Read over pages 84-85 and review your homework from last night
- Your next test will be Friday, October 5th!
Posting for Points:
Using your book and/or the brief notes from above, what would (f - g)(x) equal ? (it follows the same pattern as above)
Subscribe to:
Post Comments (Atom)
16 comments:
fx-gx
fx gx
fx-gx
f(x)-g(x)
f(x)-g(x)
f(x)-g(x)
f(x)-g(x)
f(x)-g(x) or according to the notes on the site, (f-g)(x)=-x+1
f(x)-g(x)
f(x)-g(x)
that would be f(x)-g(x)
Woohoo first Blog post. Playing with the big boys now.
My answer- f(x)-g(x)
Peace out, see everyone tommorow.
i like your tag jordan.
oh yeah, my name is in leet now mr. fullagar. this is alston if you can't read leet.
That is pretty 1337. I feel bad for everyone else who decided to just get boring normal names....
f(x)-g(x)
fx-gx
Post a Comment