Real and Imaginary Roots using Factoring

You may have to CLICK TWICE on the ARROW to get the VIDEO to show 









Comments

Post a Comment

Popular posts from this blog

Functions

Image
RELATIONS and FUNCTIONS The picture below could be printed before you watch the video that explains RELATIONS The picture below could be printed before you watch the video that explains FUNCTIONS A FUNCTION VIDEO ************************************************* ************************************************* ************************************************* \ ************************************************* \ ************************************************* OUR WORK on NOVEMBER 17th \ ************************************************* \ ************************************************* \ ************************************************* \ ************************************************* \ ************************************************* \ ************************************************* \ ************************************************* \ ************************************************* \ ************************************************* ...
Read more

A Mix of solving equations

Image
  ========================================= ========================================= ========================================= ========================================= ========================================= ========================================= ========================================= =========================================
Read more

Lines and Equations

Image
****************************************** The picture below has a VIDEO to EXPLAIN  ****************************************** ****************************************** ****************************************** The picture below has a VIDEO to EXPLAIN  The picture below has a VIDEO to EXPLAIN USING THE EQUATION in a SCIENCE SITUATION Instead of memorizing the formulas for Centigrade to Fehrenheit ---- why not use the fact that there exists a linear relationship . By forming the ordered pairs for the Freezing and Boiling Temperatures for WATER we get: (0 , 32) and (100 , 212) OR (32 , 0 ) and (212 , 100) Depending on which pair you use, the slope will be either 9/5 or 5/9
Read more