How does mass affect the launch of a catapult and the projectile flight?

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SUMMARY

The discussion focuses on the impact of mass on the launch and flight of projectiles using a catapult. It establishes that while mass does not influence the flight trajectory of a projectile, it does affect momentum and inertia. A more massive object, when launched with the same initial velocity, possesses greater momentum, which minimizes the relative effect of air resistance. The conversation clarifies that a catapult can launch different masses, such as a tennis ball and a boulder, but their flight characteristics will differ due to their mass-related properties.

PREREQUISITES
  • Understanding of basic physics concepts, particularly momentum and inertia.
  • Familiarity with projectile motion principles.
  • Knowledge of air resistance and its effects on different masses.
  • Basic comprehension of catapult mechanics and operation.
NEXT STEPS
  • Research the principles of momentum in physics.
  • Study the effects of air resistance on various projectile masses.
  • Explore the mechanics of catapults and their design variations.
  • Learn about the equations governing projectile motion.
USEFUL FOR

Students studying physics, educators teaching projectile motion, and hobbyists interested in catapult design and mechanics.

ericahlstedt
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How does mass affect the launch of a catapult and the projectile flight??

Homework Statement


How does the mass of the projectile affect the projectile as it is being lauched and after it is launched?

Could your catapult launch a tennis ball and a boulder equally well?
Once in flight, explain what the effect of the mass of the projectile is.

Homework Equations



N/A

The Attempt at a Solution


I know that the mass does not change the flight of the projectile. Right?

I do not know what to put for it being launched though..

If I put :

Mass does not affect anything, would that be right?
 
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I don't really know what the question mean when it says launch equally well. Does it mean cover the same distance? Anyway this is what i think :a more massive object will have a higher momentum if both are given the same initial velocity and thus higher inertial which means air resistance will play a less significant part.
 

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