ERUPTION A PROJECTILE IS EJECTED WITH AN INITIAL VELOCITY

• EYJAFJALLAJÖKULL IS A VOLCANO IN ICELAND. IN A RECENT ERUPTION A PROJECTILE IS EJECTED WITH AN INITIAL VELOCITY OF 304 FEET PER SECOND. • THE HEIGHT, H, IN FEET IS GIVEN BY THE EQUATION: H = –16t2 + 304t WHERE T IS THE TIME IN SECONDS • WE WILL USE THE EQUATION THAT TRACES THE PATH OF THE PROJECTILE TO DETERMINE THE FOLLOWING INFORMATION: 1. THE TIME IT TAKES THE PROJECTILE TO REACH ITS HIGHEST POINT. 2. THE MAXIMUM HEIGHT OF THE PROJECTILE. 3. THE TIME IT TAKES THE PROJECTILE TO RETURN TO THE GROUND. o PART 1: HOW LONG DOES IT TAKE THE PROJECTILE TO REACH IT’S MAXIMUM HEIGHT. O USE THE VERTEX FORMULA TO DETERMINE THE TIME IT TAKES THE PROJECTILE TO REACH ITS MAXIMUM HEIGHT -D t = 2a o PART 2: FIND THE MAXIMUM HEIGHT OF THE PROJECTILE • USE THE RESULT FROM PART 1 TO FIND THE MAXIMUM HEIGHT OF THE PROJECTILE. o PART 3: FIND THE TIME IT TAKES THE PROJECTILE TO RETURN TO THE GROUND. ASSUME THAT THE PROJECTILE STARTS AT HEIGHT H = 0. • SOLVE BY FACTORING TO FIND THE TIME IT TAKES THE PROJECTILE TO RETURN TO THE GROUND • THE ASSIGNMENT MUST BE SUBMITTED AS A MICROSOFT WORD DOCUMENT. o INTERPRET ALL ANSWERS IN THE CONTEXT OF THE PROBLEM. • USE THE EQUATION EDITOR FEATURE OF WORD TO FORMAT ALL STEPS WORK SHOWN. • SHOW ALL WORK AND EXPLAIN ALL STEPS.
Purchase answer to see full attachment

Just $7 Welcome
Order Now