3. The small sphere shown below has a mass of 2kg. It is initially held by two wires with tension Ts. One wire is cut and the small sphere is released from equilibrium. Determine the ratio To/T, where T: is the tension in the remaining wire immediately after the other one is cut.
3. The small sphere shown below has a mass of 2kg. It is initially held by two wires with tension Ts. One wire is cut and the small sphere is released from equilibrium. Determine the ratio To/T, where T: is the tension in the remaining wire immediately after the other one is cut.
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![3. The small sphere shown below has a mass of 2kg. It is initially
held by twO wires with tension Ta. One wire is cut and the small
sphere is released from equilibrium. Determine the ratio To/T1, where
T: is the tension in the remaining wire immediately after the other
one is cut.
30
30](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6c3420a5-235f-40c3-b234-a4e9985964dc%2Ff532476c-dcc6-46f6-bae1-349436c7874b%2Fndgbvpk_processed.jpeg&w=3840&q=75)
Transcribed Image Text:3. The small sphere shown below has a mass of 2kg. It is initially
held by twO wires with tension Ta. One wire is cut and the small
sphere is released from equilibrium. Determine the ratio To/T1, where
T: is the tension in the remaining wire immediately after the other
one is cut.
30
30
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