How Do You Calculate T2 in a System of Three Blocks on a Frictionless Surface?

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SUMMARY

The discussion focuses on calculating the tension T2 in a system of three blocks (M1 = 1.80 kg, M2 = 2.30 kg, M3 = 3.70 kg) connected by massless strings on a frictionless surface. The force F acting on M3 results in an acceleration of 1.83 m/s², which is consistent across all blocks due to their connection. The user successfully deduces that the same acceleration applies to M1 and M2, confirming the approach to calculate T2 using the combined mass of M1 and M2 along with the known acceleration.

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  • Understanding of Newton's Second Law (F=ma)
  • Knowledge of tension in connected mass systems
  • Familiarity with frictionless surface dynamics
  • Basic algebra for solving equations
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  • Learn how to apply Newton's laws to systems with multiple connected objects
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This discussion is beneficial for physics students, educators, and anyone interested in understanding the dynamics of connected mass systems on frictionless surfaces.

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Homework Statement



Three blocks on a frictionless surface are connected by massless strings, with
M1 = 1.80 kg,
M2 = 2.30 kg, and
M3 = 3.70 kg.
Due to the force F acting on M3, as shown, the system accelerates to the right.
Given that T1 is 3.30 N, calculate T2

attachment.php?attachmentid=10884&stc=1&d=1189701552.gif




Homework Equations



F=ma

The Attempt at a Solution



I got 1.83 m/s^2 for T1's acceleration...

The only thing is, how do I know that's the same acceleration for all of em..

or is that implied?

Then I thought to add masses of M1 and M2, and use the accerlation and get the force??



oh yeah forgot to say "Hi I'm new to the forum!"
 

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nevermind I got it :) I like this forum its nice!
 

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