Professor Mac explains Newton’s first law of motion

Professor Mac explains Newton’s first law of motion in this video, which is the first in a series of three episodes exploring Newton’s three laws of motion.

The solution to the question posed in the video regarding what would happen if the block was moving on a surface which provided resistance to the motion may be found here.

Share

You may also like...

12 Responses

  1. vince says:

    nice vid mac

  2. August shayo says:

    Thanks prf mac,even we students from tanzania we enjoyed your lessons

  3. Abdallah Musa says:

    Thank you professor Mac
    I just wonder why is the box counting the motion?
    It should stop because no forces is longer acting on it.
    And what is the resistance is doing there?

    • The Professor says:

      Hi Abdallah, The box continues its motion on the table because there is no friction in my virtual laboratory. In reality all surfaces have friction and the block would slow down. I have modelled a frictionless surface in order to demonstrate what would happen if there was no friction. Regards Mac

  4. malyn says:

    this is great professor..thanks for the help.This will help in teaching in ESL

  5. cravenal11 says:

    Thank you mac for a wonderful video on newtons first law of motion,
    It’s very informative
    Thank you mac
    Cravenal11

  6. this is creepy! but it made sense.

  7. The Professor says:

    Thanks. The video on the second law is in the final stages of completion. It will be released in the near future.

  8. Usamayoosuf says:

    This is a good and interesting and understant
    ding teaching.I would like to get the other tow class.That is the class about Newtons Law.
    Thanks alot.

Leave a Reply

Your email address will not be published. Required fields are marked *

This site uses Akismet to reduce spam. Learn how your comment data is processed.