Finding Mass from Weight: 1.47 x 10^2 N

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To find the mass of an object weighing 1.47 x 10^2 N, use the formula F = ma, where F is the force (weight) and a is the acceleration due to gravity, approximately 9.81 m/s². Rearranging the formula gives mass (m) as m = F/g. Substituting the values, mass equals 1.47 x 10^2 N divided by 9.81 m/s², resulting in approximately 15 kg. The discussion emphasizes focusing on one problem at a time for clarity in solving physics questions.
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Homework Statement



A set of scales calibrated to read weight reads 1.47 x 10^2 N. Find the mass of the object standing on it.

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The Attempt at a Solution



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Ok, you need to stop posting all these questions and, instead, focus on one at a time. Once you solve your lion question, then you should be able to tackle this one.
 
Is that 1.47 x 102 Newtons?

F = ma(gravity)
 
cristo said:
Ok, you need to stop posting all these questions and, instead, focus on one at a time. Once you solve your lion question, then you should be able to tackle this one.

ok thanks
 
Vikingjl11 said:
Is that 1.47 x 102 Newtons?

F = ma(gravity)

yes that is correct. is that the formula i am to use?
 
yes, F(force)=M(mass) x a(acceleration)- In this case "a" equals accel. due to gravity.
 
Vikingjl11 said:
yes, F(force)=M(mass) x a(acceleration)- In this case "a" equals accel. due to gravity.

Ok. So what is the force and the mass in this question?
 
A Newton is a quantity of Force, you are attempting to find mass, acceleration due to gravity is a constant
 
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