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Question 5 0/1 pt 99 98 Details Suppose some non-linear spring requires F(x) = 9,000,000 2³ newtons of force to compress/ stretch it a m from equilibrium. What is the work required to compress the spring 1 cm from equilibrium? joules What is the work required to compress the spring from 1 cm beyond equilibrium to 2 cm beyond equilibrium? joules This means it takes times as much work to move the spring from 1 to 2 cm as it does from 0 to 1 cm. So you might attach a component to such a spring like this if you wanted the component to... O to be very rigid and hard to move about. to jiggle about very easily. to move relatively freely at first, then become progressively more rigid. O to be rather rigid at first, then jiggle become progressively easier to move. Submit Question v