Answer:
The conjecture is that the unit digit of 4^n = 4 when n = odd also 4^n = 6 when n = even
Step-by-step explanation:

The conjecture is that the unit digit of 4^n = 4 when n = odd also 4^n = 6 when n = even
To prove this conjecture
unit digit = 6
hence the property is true for ; n = 1 and n = 2 and also for every odd and even number ( i.e. from 1 to 8 )
Answer:
Fractional form of 0.8034 
Since 4017 and 5000 are whole numbers this fraction is rational.
Step-by-step explanation:
We have 
Fractional form of 0.8034 
Since 4017 and 5000 are whole numbers this fraction is rational.
It would be list f. Each serving(1)serves16 so 2 servings serve 32 and so on.