Force converted to acceleration?

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To convert force measured by a load cell into acceleration, one must understand the relationship defined by Newton's second law, F=ma. Force is expressed in Newtons, while acceleration is in meters per second squared (m/s²). The sensitivity of the load cell can be calculated in picoCoulombs per meter (pC/m), but this requires knowing the net force applied. Without the net force, direct conversion to acceleration is not feasible. Understanding these fundamental differences is crucial for accurate calculations.
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How can I convert force on a load cell, tension and compression to acceleration!

I think maybe something along the lines of Newtons and picoCoulombs per meter or maybe I am miles off the mark

I need to work out the sensitivity of the load cell in pC/m
 
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chris_topher said:
How can I convert force on a load cell, tension and compression to acceleration!

I think maybe something along the lines of Newtons and picoCoulombs per meter or maybe I am miles off the mark

I need to work out the sensitivity of the load cell in pC/m

You can't. Force and acceleration are different units. Force is Newton. Acceleration is "distance per time square" or more correctly "rate of change in velocity".
1 Newton or Unit Force = 1 kg m/s2
Unit acceleration = 1 m/s2 .
 
If you had the net force, you could use F=ma and solve for acceleration.
 

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