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A metal sphere, when suspended in a constant temperature enclosure, cools from 80C to 70C in 5 minutes and to 62C in the next five minutes. Calculate the temperature of the enclosure. Q4 The level of methanol in a 2m diameter storage tank is given by, f(h)=0.6h3+3h2+2.5 The tanks contains 2m3 methanol. The height of methanol in the tank is measured with the help of a dipstick, 10m long. Using Newton Raphson method conduct at least three, iterations evaluate the height of the dipstick that will be wet with methanol and compute the absolute approximate error at the end of each iteration. xi+1=xif(xi)f(xi)a=xi+1xi+1xi100 A metal sphere, when suspended in a constant temperature enclosure, cools from 80C to 70C in 5 minutes and to 62C in the next five minutes. Calculate the temperature of the enclosure. Q4 The level of methanol in a 2m diameter storage tank is given by, f(h)=0.6h3+3h2+2.5 The tanks contains 2m3 methanol. The height of methanol in the tank is measured with the help of a dipstick, 10m long. Using Newton Raphson method conduct at least three, iterations evaluate the height of the dipstick that will be wet with methanol and compute the absolute approximate error at the end of each iteration. xi+1=xif(xi)f(xi)a=xi+1xi+1xi100