$${{\mathtt{2}}}^{{\mathtt{30\,000}}} \approx \infty$$
Well that is just not true ...
let
$$\\y=2^{30000}\\
log\;y=log2^{30000}\\
log\;y=30000log2\\
log\;y=9030.89987\\
y=10^{9030.89987}\\
y=10^{9030+0.89987}\\
y=10^{0.89987}\times 10^{9030}\\
y=7.940904992\times 10^{9030}$$
And yes MG, that is a VERY large number :)
You could say infinity, or.
$${{\mathtt{2}}}^{{\mathtt{30\,000}}} \approx \infty$$
infinity.... -_-
So the calculator can do 100000000*9999999 but not that.
Wow that must be a huge number
$${{\mathtt{2}}}^{{\mathtt{30\,000}}} \approx \infty$$
Well that is just not true ...
let
$$\\y=2^{30000}\\
log\;y=log2^{30000}\\
log\;y=30000log2\\
log\;y=9030.89987\\
y=10^{9030.89987}\\
y=10^{9030+0.89987}\\
y=10^{0.89987}\times 10^{9030}\\
y=7.940904992\times 10^{9030}$$
And yes MG, that is a VERY large number :)