Projectile Launch Angle & Flight Time: Questions Answered

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SUMMARY

The discussion focuses on determining the launch angle of a projectile using initial and final velocities, emphasizing the use of vectors and kinematics. Key factors influencing projectile flight time include initial velocity, drag, and gravitational acceleration, while mass does not affect flight duration. The conversation highlights the importance of specificity in questions to receive more precise answers.

PREREQUISITES
  • Understanding of vectors and kinematics
  • Knowledge of gravitational acceleration
  • Familiarity with drag forces in projectile motion
  • Basic principles of projectile motion
NEXT STEPS
  • Study vector decomposition in projectile motion
  • Learn about the effects of drag on projectile flight
  • Explore kinematic equations for projectile motion
  • Investigate the role of gravitational acceleration in flight time
USEFUL FOR

Students studying physics, educators teaching projectile motion, and anyone interested in the mechanics of object trajectories.

shinystar716
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I just have a few quick questions. If I'm given an inital and final velocity how can I use that information to find the launch angle of the projectile? Secondly, having to also do with projectiles, what are the factors which determine how long an object is in projectile flight. I'm pretty sure that the initial velocity and perhaps the mass of the object do. I thought planet's acceleration due to gravity might also. Then I wasn't sure about radius of circular object (i.e. cannonball), or height of cliff - i don't think those could. Help would be appreciated!
 
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1) You use vectors and kinematics.
2) Initial velocity, drag, inclines, etc. (Why would the mass do anything? Yes the gravitational constant will obviously effect the time in the air.)

I can't do your homework for you because then I would deprive you of some good stuff. If you want better answers you have to be more specific with questions and thoughts to their answers.
 

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