Constant Acceleration Relationships
As you review for your one dimensional motion unit test, please use this slide to help you understand the relationship between position, velocity, and acceleration. The slope at all points on the (t,d) graph generates the (t,v) graph. The slope at all points on the (t,v) graph generates the (t,a) graph. The two equations of motion shown ARE ONLY VALID if the three motion graphs look as you see here (in other words, acceleration is constant
Constant Acceleration Relationships
As you review for your one dimensional motion unit test, please use this slide to help you understand the relationship between position, velocity, and acceleration. The slope at all points on the (t,d) graph generates the (t,v) graph. The slope at all points on the (t,v) graph generates the (t,a) graph. The two equations of motion shown ARE ONLY VALID if the three motion graphs look as you see here (in other words, acceleration is constant