If they EACH bough 2 of EACH size soda, then it would be.
S: # of different sized sodas
P: Price of soda
5×2(S×P)
but if each sized sodas cost a different amount it would be
S: Price of first size
S2: Price of second size
S3: Price of third size
and so on.
5×2(S+S2+S3...)
but if they all together bought 2 of EACH size soda, then it is.
2(S×P)
but if each sized sodas cost a different amount it would be
S: Price of first size
S2: Price of second size
S3: Price of third size
and so on.
2(S+S2+S3...)
I'll denote the identity function by 
. Then for any functions 
with inverse 
,
One important fact is that composition is associative, meaning for functions 
, we have
So given
we can compose the functions on either side with 
:
then apply the rules listed above:
Answer: About 10.5 passed.
Step-by-step explanation:
1. Convert 50% into a decimal.
- First, convert 50% into a fraction, which is 1/2.
- Divide 1/2 by its numerator and denominator.
Hence, the answer is 0.5.
It's the last one,
that's it
In whole numbers it should be 7/9 in simplest form
