collapse

Resources

Recent Posts

Proposed rule changes( coaching challenges) by MU82
[Today at 08:03:26 PM]


Pope Leo XIV by DoggyDaddy
[Today at 02:14:47 PM]


Kam update by #UnleashSean
[May 09, 2025, 10:29:30 PM]


Ethan Johnston to Marquette by muwarrior69
[May 09, 2025, 05:02:23 PM]


Recruiting as of 4/15/25 by MuMark
[May 09, 2025, 03:09:00 PM]


OT MU adds swimming program by The Sultan
[May 09, 2025, 12:10:04 PM]


2025-26 Schedule by Galway Eagle
[May 08, 2025, 01:47:03 PM]

Please Register - It's FREE!

The absolute only thing required for this FREE registration is a valid e-mail address. We keep all your information confidential and will NEVER give or sell it to anyone else.
Login to get rid of this box (and ads) , or signup NOW!


muwarrior69

http://www.npr.org/sections/ed/2016/04/16/473273571/why-teachers-need-to-know-the-wrong-answers

For example, Sadler and colleagues created a high school astronomy course. In one of the lessons, students looked at pictures of the sun taken through the same telescope at each month of the year. Most predicted that the sun would appear larger in the hot months. However, once they got out the rulers, they would discover that the sun is biggest (i.e., closest) in January. (The closest point in our orbit, the "perihelion", was January 2 this year.)

This example caught my attention. Sure, the kids' assumption was incorrect, but if they were in the southern hemisphere their assumption would be correct but only a coincidence, not the reason.

Previous topic - Next topic