Chronology |
Current Month |
Current Thread |
Current Date |

[Year List] [Month List (current year)] | [Date Index] [Thread Index] | [Thread Prev] [Thread Next] | [Date Prev] [Date Next] |

*From*: "B. Esser" <besser@marian.creighton.edu>*Date*: Thu, 27 Feb 1997 15:13:24 -0600 (CST)

On Wed, 26 Feb 1997, David Thiessen wrote:

<snip>

How many of your physics students know how to program their fancycalculators?

<snip>

they can't learn it from the<snip>

manual because they don't understand the manual.

Our math department has settled on the TI85 as the calculator of choice.

The math and science teachers met a number of times to discuss our

students lack of calculator savvy. From these discussions we initiated a

number of "clip" courses. These are classes of various durations held

during study halls, lunch, before and after school, Saturday etc.

We started with basic calculator functions using the TI30. This is

targeted to those who want to know how to effectively use the trig, log,

scientific notation, linear regression and other "advanced" functions on

this calculator.

During the class the teacher tries to add suggestions as to when the

calculator is appropriate and when with a little thinking you could do it

faster in your head.

This class runs for a couple of one hour sessions (or one week of lunch)

and has been most valuable. The idea has spread and now we offer about 10

of these types of courses (how to use pagemaker, how to scan,

how to build home pages etc etc.)

On the TI-85 side we started with the same type of class and then started

to offer beginning programming. Then we started playing with zshell. I

must admit some/many of the students are more interested in the games

than in the programming. We now hold beginning programming classes and

will start to offer some z80 programming intro classes (and to think i

threw away all my old z80 manuals). There are a lot of teachable moments

when students program their calculators to solve a physics problem.

We went this direction to offer to our students some instruction without

taking away from "real" class time. This was particularly important to our

math teachers. It also allows some flexibility in that the student who

figured it all out for herself does not have to come to the class.

We also discussed and decided on a "minimum expectations list" for our

students. This is constantly being revised as we have just started it.

It includes things like the following:

By junior year honors:

Students should know the sin/cos for the following common angles

0, pi/6, pi/4, pi/2 etc.

without having to use a calculator.

Students should be able to give the general shape of the graph of a trig

function including the amplitude, period, vertical offset and phase shift

terms.

From this list we are at least consistent when working with our students.I know when I am in the lab i should/will be able to query students and

expect them to _know_ these things and that other teachers have the same

expectations.

This was in response to a lot of feedback we received from students who

thought teacher "a" was unreasonable when he/she required students to know

something while in the very next period the teacher let them use a

calculator.

The down side to all of this is the amount of teacher prep time required

to put together the curriculum. We have let students teach some of the

classes with some success. We have done a few classes at night and

allowed parents to come. Another concern is that one of our classes

(javascript) has been meeting for the entire semester and there are some

discussions going on that maybe students should get "credit" for these

classes. At this time all of these classes are voluntary and without

credit of any kind.

Bruce Esser

Physics Teacher Something witty

Marian High School Should go here

http://marian.creighton.edu

- Prev by Date:
**Re: PCBs, environmentalism, etc./rubber worm** - Next by Date:
**Fundamental Physical Properties** - Previous by thread:
**Re: PCBs, environmentalism, etc./rubber worm** - Next by thread:
**MHO to Siemens** - Index(es):