Simplify the following expressions as much as possible
Ejercicio 1
\[\log_{4} (4^{x}) = \mathbf{?}\]
Ejercicio 2
\[\log_{10} (10^{2x+2}) = \mathbf{?}\]
Ejercicio 3
\[\log_{10} (x^{10}) = \mathbf{?}\]
Ejercicio 4
\[\log_{10} (x^{10}+1) = \mathbf{?}\]
Ejercicio 5
\[\log_{10} (x^{10}+10) = \mathbf{?}\]
Ejercicio 6
\[\log_{10} (10^{x^{10}}) = \mathbf{?}\]
Ejercicio 7
\[\log_{10} (10^{x^{4}}) = \mathbf{?}\]
Ejercicio 8
\[\log_{10} (10^{x^{4}}+5) = \mathbf{?}\]
Ejercicio 9
\[\log_{10} (10^{x^{4}+5}) = \mathbf{?}\]
Ejercicio 10
\[\log_{10} (10^{x^{4}*5}) = \mathbf{?}\]
Ejercicio 11
\[\log_{10} (10^{x^{4}}*5) = \mathbf{?}\]
Ejercicio 12
\[\log_{10} (10^{x^{4}}*10) = \mathbf{?}\]
Ejercicio 13
\[\log_{10} (10^{x^{4}}*100) = \mathbf{?}\]
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