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93. •Two mountain climbers are working their way up a glacier when one falls into a crevasse (Figure 4-50). The icy slope can be considered frictionless. Sue's weight is pulling Paul up the 45° slope. If Sue's mass is 66 kg and if she falls 2 m in 10 s (starting from rest), find (a) the tension in the rope joining them and Sue Paul 66 kg (b) Paul's mass. SSM Figure 4-50 Problem 93

93. •Two mountain climbers are working their way up a glacier when one falls into a crevasse (Figure 4-50). The icy slope can be considered frictionless. Sue's weight is pulling Paul up the 45° slope. If Sue's mass is 66 kg and if she falls 2 m in 10 s (starting from rest), find (a) the tension in the rope joining them and Sue Paul 66 kg (b) Paul's mass. SSM Figure 4-50 Problem 93

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93. Two mountain climbers are working their way up a glacier when one falls into a crevasse (Figure 4-50). The icy slope can be considered frictionless. Suc's weight is pulling Paul up the 45° slope. If Sue's mass is 66 kg and if she falls 2 m in 10 s (starting from rest), find (a) the tension in the rope joining them and Paul Sue 66 kg (b) Рaul's mass. SSM Figure 4-50 Problem 93
Transcribed Image Text:93. Two mountain climbers are working their way up a glacier when one falls into a crevasse (Figure 4-50). The icy slope can be considered frictionless. Suc's weight is pulling Paul up the 45° slope. If Sue's mass is 66 kg and if she falls 2 m in 10 s (starting from rest), find (a) the tension in the rope joining them and Paul Sue 66 kg (b) Рaul's mass. SSM Figure 4-50 Problem 93
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