Calculate Acceleration & Tension of Pulley Experiment with Masses

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To calculate acceleration and tension in a pulley system with given masses, the fundamental equation F = ma is applied. The user has masses for three bags and a weight hanger, seeking to determine tensions (T1, T2, T3) and accelerations for each bag. Clarification on the pulley configuration and a complete question with a diagram are requested for accurate calculations. The relationship between tension and weight is also questioned, specifically if weight equals mass times gravitational acceleration. Understanding the system's setup is crucial for solving the problem effectively.
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Homework Statement



how to calculate acceleration and tenstion if i only know mass of bags and mass of weight hanger + slotted weights?

I have mass of 3 bags (A=0.037kg, B=0.08kg, C=0.074kg) and Mass of weight hanger + slotted weights (0.21kg) and need to get T1 and acceleration on bag A, T1, T2 and acceleration on bag B and T1, T2, T3 and acceleration on bag C.

Homework Equations



F = ma
T1 - Tabc = (Mabc)a
T2= ?
T3= ?
T2- Fbc = (Mbc)a
T3 - Fc = (Mc)a

The Attempt at a Solution



Does the tension equals the weight?
and is weight = mass * acceleration of gravity (9.8 m/sec^2)??
 
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How is the pulley configured? Can you give the complete question, along with a diagram?
 
ideasrule said:
How is the pulley configured? Can you give the complete question, along with a diagram?

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does this help?
 
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