e 6. Suppose that our computer uses rounded binary floating point arithmetic and a 50 bit word of the form o 1- mantissa
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e 6. Suppose that our computer uses rounded binary floating point arithmetic and a 50 bit word of the form o 1- mantissa
e 6. Suppose that our computer uses rounded binary floating point arithmetic and a 50 bit word of the form o 1- mantissa and where bit 1 bits 2 - 10 bits 11-50 x = 0.1.2, (.1)2 <3 < 1. Find a. the machine epsilon, € = b. The largest floating point number representable on the machine, X big 7. The following program produced the given output. Explain the results. x=0.0 while x<1.0 x=x+.1; disp([x,sqrt(x)]) end Results displayed when routine run x x 0.1000 0.3162 0.2000 0.4472 0.3000 0.5477 0.4000 0.6325 0.5000 0.7071 0.6000 0.7746 0.7000 0.8367 0.8000 0.8944 0.9000 0.9487 1.0000 1.0000 1.1000 1.0488
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