The probability of finding such factorable functions in applications
diminishes rapidly as (1) the coeffients increase or become fractions (2)
one seeks problems outside of the "school mathematics" (in developmental
courses) which is only remotely connected to real applications.
Intermediate algebra has to be a prerequisite (thankfully, we have no
choice here in California) to college level courses, but hopefully with the
definition of "intermediate algebra" changed to reflect the problem-solving
orientation as outlined in the AMATYC STANDARDS so that all (including
terminal) students will benefit from them - and not just those who will be
transferring into the traditional, algorithm-oriented "other" math courses.
Mike Mallen
At 01:32 PM 2/13/96 -0800, you wrote:
>Martha Haehl <haehl@KCMETRO.CC.MO.US> wrote:
>
>>I'm not sold on Intermediate Algebra as the end-all mathematical
>>prerequisite for a college level course. I am of the camp that questions
>>why we spend 90% to 95% of our curriculum on the factorable function which
>>seems to have no use (other than as a prerequisite for other math courses.)
> >
>(Emphasis added.) That seems like reason enough for me.
>
>John Sheehan
>jsheehan@netcom.com
>
>
***********************************
Mike Mallen
Mathematics Department
Santa Barbara City College
721 Cliff Drive
Santa Barbara, CA 93109
805-965-0581- ext 2267
mallen@dospueblos.sbceo.k12.CA.us (home)
or mallen@gate1.sbcc.cc.ca.us
***********************************
Mike Mallen
Mathematics Department
Santa Barbara City College
721 Cliff Drive
Santa Barbara, CA 93109
805-965-0581- ext 2267
mallen@dospueblos.sbceo.k12.CA.us (home)
or mallen@gate1.sbcc.cc.ca.us