By Katherine Whitney STAAR.  Work = Force X distance  Force = mass X acceleration  Density = mass/volume  Speed = distance/time.

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Presentation transcript:

By Katherine Whitney STAAR

 Work = Force X distance  Force = mass X acceleration  Density = mass/volume  Speed = distance/time

 The display gives the student the formula.  It then asks for the parts of the formula (force and distance).  When the student clicks the calculate button the information is then calculated and an answer is displayed.

 The display gives the student the formula.  It then asks for the parts of the formula (distance and time).  When the student clicks the calculate button the information is then calculated and an answer is displayed.

 The display gives the student the formula.  It then asks for the parts of the formula (mass and volume).  When the student clicks the calculate button the information is then calculated and an answer is displayed.

 As a sample project I created a program for calculating the volume of an object.  The program gives the formula for volume and then asks for the parts of the formula; length, width, and height.  This will work with the density formula if you have to calculate the density of a regularly shaped object that has a definite length, width and height.

 The display gives the student the formula.  It then asks for the parts of the formula (distance and time).  When the student clicks the calculate button the information is then calculated and an answer is displayed.

 Use to help students identify parts of formulas and what to insert in those parts.  Use as a review after teaching the formulas.  Use as a review before STAAR to reinforce concepts.  Use as a tool during tutoring sessions.  Use as an assignment for students who need calculators to do the work.