Write the following logarithmic equation in exponential form: ln (\frac{2}{5}) = - 0.916. Write the following logarithmic equation in exponential form: ln (10) = 2.302. Write the following logarithmic equation in exponential form: ln (1084) = 6.988. How do you write nine to the yth...
Notice that we also have $a_2c \equiv a_1m + a_2r \pmod{n}$, if we could find a smaller equivalent $a_i’$ such that $b = a_1’ / a_2’ \bmod n$, then the equation $a_2c \bmod n = a_1’m + a_2’r$ may hold on $\mathbb{Z}$....