Solving Gravity: Initial Velocity & Time

AI Thread Summary
It is possible to determine the acceleration due to gravity using initial velocity and the time taken for an object launched vertically to return to the ground. The relevant equation relates these variables, typically expressed in kinematic equations. The discussion emphasizes a desire to solve the problem independently, despite seeking guidance on the formula. Participants are encouraged to explore the physics behind the motion rather than simply relying on provided formulas. Understanding these concepts is crucial for accurately calculating gravitational acceleration.
Sammiches
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I guess this isn't the proper format, but I would rather try and work out the complete problem on my own :\ If this is a huge faux pas then someone can go ahead and delete this post i suppose.

Now that that's out of the way, could someone tell me if it is possible to determine acceleration due to gravity knowing only the variables for initial velocity and time taken to once again reach to ground of an object launched from the ground vertically? And what would this equation be?
 
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Sammiches said:
I guess this isn't the proper format, but I would rather try and work out the complete problem on my own :\ If this is a huge faux pas then someone can go ahead and delete this post i suppose.

Now that that's out of the way, could someone tell me if it is possible to determine acceleration due to gravity knowing only the variables for initial velocity and time taken to once again reach to ground of an object launched from the ground vertically? And what would this equation be?

Welcome to PF.

If you are browsing for formulas:
https://www.physicsforums.com/showpost.php?p=905663&postcount=2
 

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