[" 2.You know that "(1)/(7)=0.bar(142857)" .Can you predict what the livis doing the long.divisi "],[(4)/(7),(5)/(7),(6)/(7)" are,without actually did the value "],[" [Hint: Study the remainders while finding the value "]

You know that (1)/(7)=0.bar(142857) can you predict what the decimal expansion of (2)/(7),(3)/(7),(4)/(7),(5)/(7),(6)/(7) are without actually doing the long division.

You know that 1/7= 0.bar(142857) Can you predict what the decimal expansions of 2/7,3/7,4/7,5/7,6/7 are, without actually doing the long division? If so, how? [Hint : Study the remainders while finding the value of 1/7 carefully.]

You know that 1/7=0. bar 142857 Can you predict what the decimal expansion of 2/7,3/7,4/7,5/7,6/7 are, without actually doing the long division? If so, how? [Hint: Study the remainders while finding the value of 1/7 carefully.]

You know that 1/7=0. bar 142857 Can you predict what the decimal expansion of 2/7,3/7,4/7,5/7,6/7 are, without actually doing the long division? If so, how? [Hint: Study the remainders while finding the value of 1/7 carefully.]

You know that 1/7=0. bar 142857 Can you predict what the decimal expansion of 2/7,3/7,4/7,5/7,6/7 are, without actually doing the long division? If so, how? [Hint: Study the remainders while finding the value of 1/7 carefully.]

you know that 1/7 = 0.bar142857 can you predict what the decimal expansion of 2/7,3/7,4/7,5/7,6/7 are without actually doing the long division ? If so how [hint : study the remainders while finding the value of 1/7 carefully]

You know that 1/7=0.bar(142857) . Can you predict what the decimal expansions of 2/7x3/7,4/7,5/7,6/7 are without actually doing the long division? If so how?

You know that (1)/(7) = 0.bar ( 142857) . Can you predict what the decimal expansions of (2)/(7) , (3)/(7) ,( 4)/(7),( 5)/(7),( 6)/(7) are, without actually doing the long division? If so , how ?