U
unsettled
Guest
T Wake wrote:
turning the crank and isn't generally available to young students.
Beginning with high school algebra what you call examples are
included, reasoning given below.
models just about everything, so attempting to teach it in
isolation is usually a disservice to the student. The sooner
the student understands various "formal discipline" correlations
the more quickly they advance.
It is clear you don't have a reasonable grasp of mathematics
and science let alone their interrelationships.
<snip> further nonsense
There is no physics without mathematics. "Pure math" isn't merely"John Larkin" <jjlarkin@highNOTlandTHIStechnologyPART.com> wrote in message
news:mp3lj29e2fch9vi7q41flhjd983pcrh6de@4ax.com...
while the Gym teacher covers Mathematics.
Certainly the mention of mechanical advantage, momentum, friction,
things like that could be very useful in sports. Why select a light or
heavy bat? How does a curve ball work? What's the best way to throw a
football? That could create a lot more interest in physics than
sitting in a classroom grinding out equations.
Very true and real world examples are great. I said mathematics not physics
though as I suspected that would happen.
turning the crank and isn't generally available to young students.
Beginning with high school algebra what you call examples are
included, reasoning given below.
This is more a teacher problem than a student one. MathematicsAll subjects need cross domain
applications, this is as close to a "fact of life" as anything else I can
think of.
The reality though, and especially at pre-university level, is people need
the basic groundings in a subject before they are opened up into cross
domain work.
models just about everything, so attempting to teach it in
isolation is usually a disservice to the student. The sooner
the student understands various "formal discipline" correlations
the more quickly they advance.
The education degree should be eliminated.There is a difference between showing how a subject can be applied in
different ways and teaching a different subject.
The examples I used were Science teachers _teaching_ religion and religious
education teachers _teaching_ science. Not anecdotes.
It is clear you don't have a reasonable grasp of mathematics
and science let alone their interrelationships.
<snip> further nonsense