3. Consider a load of mass 120.0 kg that is being held up by two tensioned cables. Cable 1, with tension T1, is strung at 60° to the horizontal. Cable 2, with tension T2, is strung at 25° to the horizontal.The load is at rest.
3. Consider a load of mass 120.0 kg that is being held up by two tensioned cables. Cable 1, with tension T1, is strung at 60° to the horizontal. Cable 2, with tension T2, is strung at 25° to the horizontal.The load is at rest.
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![3. Consider a load of mass 120.0 kg that is being held up by two tensioned cables. Cable
1, with tension T1, is strung at 60° to the horizontal. Cable 2, with tension T2, is strung at
25° to the horizontal.The load is at rest.
(a) Draw and label a free body diagram for the load
(b) Find both forces of tension
(c) The cables each have a cross sectional area of 9x105 m², and are made of a material
with ultimate tensile strength of 85.0 MPa. What is the safety factor for each cable?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc70dc89a-4830-4387-b3e3-c1245fb11a40%2F34843057-59e2-4867-9e60-986e7bae9fcc%2Fmhoonkd_processed.png&w=3840&q=75)
Transcribed Image Text:3. Consider a load of mass 120.0 kg that is being held up by two tensioned cables. Cable
1, with tension T1, is strung at 60° to the horizontal. Cable 2, with tension T2, is strung at
25° to the horizontal.The load is at rest.
(a) Draw and label a free body diagram for the load
(b) Find both forces of tension
(c) The cables each have a cross sectional area of 9x105 m², and are made of a material
with ultimate tensile strength of 85.0 MPa. What is the safety factor for each cable?
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