I need help filling in the blanks for this problem. Let\'s begin the process of

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I need help filling in the blanks for this problem.

Let's begin the process of finding x1(t) and x2(t). First of all, an energy balance of the system states that You might remember that in Section 2.9 we got an integral when we were developing an ODE based on Kirchoff's Voltage Law, and so we took the derivative to get rid of it to have a more convenient ODE (See pp. 93-94). We'll do the same here =, but we use a dot instead of an apostrophe to indicate the derivative: KE + PE = WORK WORK = What about PE and KE? Be careful, x is not an independent variable as it was in many of the problems, but is now a function, a function of t, to be exact. So you'll need to apply the . KE = PE =

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the qstn is not clear.... repost the qstn again to get the best answer.....

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