The number 8 = 1.14285714285714 . . obviously has no exact representation in any 7 decimal floating point system (β = 10) with finite precision t. is there a finite floating point system (i. e., some finite integer base β and precision t) in which this number does have an exact representation? if yes, then describe such a system.

Can some one me, i’ve been asking for so long

9. (y^-5)^10y^10 a. y^-60 b. y^60 c. y^-150 d. y^150 find the simplified form of each expression. 10. (4/7^5)^2 a.8/14^10 b.16/49^25 c.16/49y^10 d.8/14y^25 11. determine if the number 3.43 times 10^-6 is written in scientific notation. if not, explain. a. yes; the number is written scientific notation. b. no; the first factor is not a number between 1 and 10. c. no; it is not written as a number times a power of 10

What is the missing reason in the proof? segment addition congruent segments theorem transitive property of equality subtraction property of equality?