22.02............................................................................
Answer:
I am truly sorry
Step-by-step explanation:

A reflection about the x axis, about y=0, is the mapping (x',y')=(x,-y) so

A dilation of 2 is the mapping (x'',y'')=(2x', 2y')
So




We can rewrite that without the primes and combine the powers of 2.

Let's graph these and see if we're close,
Plot y= (1/4)^x, y= - (1/4)^{x}, y = - 2^{1-x}
Answer:
there are 15 marbles in the bag
Step-by-step explanation:
The answer is most likely 8.