if given log(a)=b, where no base is stated, we assume base 10, or 
also, 
translates to/can be written equivilently as 
therefore, given
where we want to find ?
assume base 10 and translate
since we cannot raise a positive number to any real power and give a negative number, ? is not a real number and therefore, there are no real solutions
if we do want to find a solution, we can use Euler's idendity
where i is the complex number i=√-1 and e is euler's number
we can try to change bases to find the value of ?
so
taking ln of both sides
using log rules
divie both side by ln(10)
in a+bi form
there are no real numbers that it evaluates to
however, it does evaluate to a complex number which is 
or aproximately 1.11394+1.36438i
The answer can either be 1.25 or 2. As long as the value of A is greater than 1, the function is an exponential growth function.
Answer:
a=3 IF it's continuos
Step-by-step explanation:
for continuity, the left limit of the first equation must be equal to the right limit of the third equation
and they are equal, as you can see putting x=2 in both equations
to be continuos in a point c, f(x) must:
be defined in c (so f(c) exists)
the limit in c exists (in this case both from left and right)
the limit in c must be equal to f(c)
Answer:
35 cups are needed.
Step-by-step explanation:
We have to divide 8 3/4 by 1/4.
Convert to improper fraction.
8 3/4 = [(8*4) + 3] / 4
= 35 / 4.
35/4 / 1/4
= 4*35 / 4
= 35 cups.
The answer to your math problem is m= 5/2
