What are the intercepts of the line?

a.

x-intercept: –2; y-intercept: –8

b.

x-intercept: –8; y-intercept: 2

c.

x-intercept: 2; y-intercept: 8

d.

x-intercept: 8; y-intercept: 2

D. x-intercept: 8; y-intercept: 2

I belive,

The experimental probability could be more, the same or less than the theoretical probability of rolling a 1 (which is 1/6).  

The larger your sample (i. e., as you go beyond 60 tosses), the closer the two different probabilities are likely to be.  (Think:  Law of Large Numbers).