Consider two masses my and m₂ connected by a thin string. Assume the following values: m₁ = 3.1 kg and m₂ = 1.0kg. Ignore friction and the mass of the string. m₁ Review I Constants I Periodic Table Part B- Changing the value of mass my while keeping mass m₂ constant would change the acceleration of the two-mass system. What should be the value of mass my to get the largest possible value of acceleration of the two masses? m₁ = 0 μµÅ 3 C ? m 2 Units input for part B Enter your answer using units of mass. No credit lost. Try again.
Consider two masses my and m₂ connected by a thin string. Assume the following values: m₁ = 3.1 kg and m₂ = 1.0kg. Ignore friction and the mass of the string. m₁ Review I Constants I Periodic Table Part B- Changing the value of mass my while keeping mass m₂ constant would change the acceleration of the two-mass system. What should be the value of mass my to get the largest possible value of acceleration of the two masses? m₁ = 0 μµÅ 3 C ? m 2 Units input for part B Enter your answer using units of mass. No credit lost. Try again.
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Transcribed Image Text:Consider two masses my and m₂ connected by a thin string.
Assume the following values: m₁ = 3.1 kg and m₂ = 1.0kg.
Ignore friction and the mass of the string.
m₁
Review | Constants I Periodic Table
▾ Part B -
Changing the value of mass m₁ while keeping mass m₂ constant would change the acceleration of the two-mass system. What should be the value
of mass my to get the largest possible value of acceleration of the two masses?
m₁ = 0
μÅ
3
C
?
m
2 Units input for part B
Enter your answer using units of mass.
No credit lost. Try again.
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