Sry but that’s too much which one would you like help on
Answer:
one
Step-by-step explanation:
they meet at only one point, thus their system of equations has as solution only those coordinates.
The formula for this is

. Filling in accordingly,

. This simplifies to

and 36=6x. Therefore, x = 6 so the bases are 6 and 12.
Answer: (X) = y => b^y = x
use that equation to get the exponential form
Step-by-step explanation:
Answer:
what exactly am i solving for ?
Step-by-step explanation: