Presentation is loading. Please wait.

Presentation is loading. Please wait.

9-2 B Solving Quadratic Equations. Falling Object Model ( When an object with little air resistance is dropped, its speed will continually increase) h.

Similar presentations


Presentation on theme: "9-2 B Solving Quadratic Equations. Falling Object Model ( When an object with little air resistance is dropped, its speed will continually increase) h."— Presentation transcript:

1 9-2 B Solving Quadratic Equations

2 Falling Object Model ( When an object with little air resistance is dropped, its speed will continually increase) h = -16t 2 + s h  the height (in feet) of such an object when done falling s  the height(in feet) from which the object was dropped t  the # of seconds in which it has fallen

3 Example h = -16t 2 +s A swimmer drops a towel from a 10 foot diving board. How many seconds will it take to hit the pool deck?

4 Example A ball is dropped from a 300 foot building. How many seconds will it take to hit the ground?

5 Homework


Download ppt "9-2 B Solving Quadratic Equations. Falling Object Model ( When an object with little air resistance is dropped, its speed will continually increase) h."

Similar presentations


Ads by Google