The weight of an object is 25kgf. What is it's mass if local gravity is 9.6m/s^2

AI Thread Summary
To convert weight in kilogram-force (kgf) to mass in kilograms (kg), the formula used is mass = weight / local gravity. Given a weight of 25 kgf and local gravity of 9.6 m/s², the calculation yields a mass of approximately 2.60 kg. There seems to be confusion regarding the conversion factors, specifically the use of 9.8 m/s² alongside 9.6 m/s². The discussion highlights the importance of understanding the distinction between weight and mass. Accurate calculations are essential for clarity in physics-related problems.
hakingpawns
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I've learned Kg to Kgf
this time I got another question.. I think it's another way around..

"The weight of an object is 25kgf. What is it's mass if local gravity is 9.6m/s^2"


Tried this..
25/(9.6)(9.8)= 25.5kg
 
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hakingpawns said:
I've learned Kg to Kgf
this time I got another question.. I think it's another way around..

"The weight of an object is 25kgf. What is it's mass if local gravity is 9.6m/s^2"


Tried this..
25/(9.6)(9.8)= 25.5kg

Never seen Kgf before, but that sounds reasonable.
 
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