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In rock climbing, various rope and pulley systems have been devised to help haul up heavy loads, including injured climbers. A rescuer is hauling up an injured climber who weighs 930 N using the rope and pulley system shown in (Figure 1). (The ropes in this figure are drawn at various angles for clarity, but you can assume they're all vertical.) What is the tension in rope 1, the rope that the rescuer pulls on? What is the tension in rope 2?

In rock climbing various rope and pulley systems have been devised to help haul up heavy loads including injured climbers A rescuer is hauling up an injured cli class=

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okpalawalter8

The tension in ropes 1 and 2 is mathematically given as

a)T1=310N

b)T2=610N

What is the tension in ropes 1 and 2?

Question Parameters:

A rescuer is hauling up an injured climber who weighs 930 N

Generally, from the diagram, we see that the respective Tensions is mathematically given as

T2=2T1

Where

T1+T2=930

3T1=930

T1=310N

In conclusion, the tension in rope 2

T2=2T1

T2=2*310

T2=610N

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