Finding Time when given velocity, distance, and mass

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SUMMARY

The discussion centers on determining the time of an object's motion using kinematic equations, specifically the equation Vf = Vi + g*t. The user is given mass, initial and final velocity, distance, and gravity (1/6 of Earth's gravity). The correct manipulation of the equation leads to t = (Vf - Vi) / g, confirming its applicability when gravity is the sole influence on motion.

PREREQUISITES
  • Understanding of kinematic equations
  • Knowledge of gravitational acceleration
  • Familiarity with initial and final velocity concepts
  • Basic algebra for equation manipulation
NEXT STEPS
  • Study the derivation of kinematic equations
  • Learn about the effects of different gravitational forces on motion
  • Explore advanced applications of kinematic equations in physics
  • Investigate the relationship between mass and acceleration in various contexts
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Students studying physics, educators teaching kinematics, and anyone interested in understanding motion under gravitational influence.

fantasy15
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Homework Statement


I only need help with a portion of a problem. I'd rather not post the entire question, its very long. I just need to know which kinematic equation I can use to solve for time.
I'm given:
-Mass
-Velocity (Initial and Final)
-Distance
-Gravity (1/6 of Earth's)

Homework Equations


I was thinking about using Vf=Vi+g*t

The Attempt at a Solution


Vf=Vi+g*t
Vf-Vi=g*t
(Vf-Vi)/g=t

Is that correct?
 
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Hi fantasy15. http://img96.imageshack.us/img96/5725/red5e5etimes5e5e45e5e25.gif

If the body's motion is influenced by gravity alone, and gravity is constant, then that equation is applicable.
 
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