3.A quantity with an initial value of 980 grows exponentially at a rate of 9.5% every 7 years. What is the value of the quantity after 93 years, to the nearest hundredth?
We have the following quantities
"a = 980, \\space\\space r = 0.095, \\space\\space \\space\\space \\space\\space"
"\\gamma - ? \\space\\space t = 93years = \\frac{93}{7} = 13.28",
"\\gamma = a*(1+r)^t = 980 * (1+0.095)^{13.28},\\\\\\space\\space \u03b3=a\u2217(1+r)^ \nt = 3270"
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