Solve.
-The formula gives the distance d in feet that a projectile will travel when its launch angle is and its initial velocity is v0 feet per second. Approximately what initial velocity in miles per hour does it take to throw a javelin 330 feet with a
Launch angle 43°?
A) 72.91 miles per hour
B) 84.84 miles per hour
C) 70.15 miles per hour
D) 102.89 miles per hour

Question

Solve.
-The formula  gives the distance d in feet that a projectile will travel when its launch angle is  and its initial velocity is v0 feet per second. Approximately what initial velocity in miles per hour does it take to throw a javelin 330 feet with a
Launch angle 43°?
A) 72.91 miles per hour 
B) 84.84 miles per hour 
C) 70.15 miles per hour 
D) 102.89 miles per hour

Quizplus · Accepted Answer

The Answer of Solve.
-The formula  gives the distance d in feet that a projectile will travel when its launch angle is  and its initial velocity is v0 feet per second. Approximately what initial velocity in miles per hour does it take to throw a javelin 330 feet with a
Launch angle 43°?
A) 72.91 miles per hour 
B) 84.84 miles per hour 
C) 70.15 miles per hour 
D) 102.89 miles per hour

Solve. -The Formula Gives the Distance D in Feet That