How Do You Calculate Acceleration with Different Units of Force and Mass?

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SUMMARY

The discussion centers on calculating acceleration using the formula F = ma, where mass is given as 32 lb and force as 10 dyn. Participants emphasize the necessity of converting units for accurate calculations, specifically converting mass from pounds to kilograms and force from dynes to Newtons. The correct approach involves using the metric system to ensure compatibility between the units of force and mass. This conversion is essential for deriving the correct acceleration value.

PREREQUISITES
  • Understanding of Newton's Second Law of Motion (F = ma)
  • Knowledge of unit conversion between imperial and metric systems
  • Familiarity with mass units (pounds to kilograms)
  • Familiarity with force units (dynes to Newtons)
NEXT STEPS
  • Learn about unit conversion techniques in physics
  • Study the implications of using different unit systems in calculations
  • Explore the concept of acceleration in various contexts
  • Review examples of applying F = ma with different units
USEFUL FOR

Students in physics, educators teaching mechanics, and anyone needing to understand unit conversions in force and mass calculations.

glaveen03@yah
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Homework Statement


if the mass is 32 lb and the force is 10dyn what is the acceleration??


Homework Equations



a=f.m i don't know if this equation is right...

The Attempt at a Solution


dont have any idea to solve this problem so pls kindly help me...do i need to convert this problem?if ever g to what? and dyn to what?
tnx..


REPLY PLSSSS>>>>
 
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glaveen03@yah said:

Homework Statement


if the mass is 32 lb and the force is 10dyn what is the acceleration??

Homework Equations



a=f.m i don't know if this equation is right...
No, the equation is F = m a. It should be in your textbook or class notes.

The Attempt at a Solution


dont have any idea to solve this problem so pls kindly help me...do i need to convert this problem?if ever g to what? and dyn to what?
tnx..
Most likely, you would convert mass into kg and force into Newtons.
 

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