How do you show the group of digits that repeat in a repeating decimal?(1 point)
Responses
by underlining them
by underlining them
by putting a bar over them
by putting a bar over them
by printing them in italics
by printing them in italics
by putting them in parentheses
10 answers
by putting a bar over them
How many digits long could the repeating cycle of a repeating decimal be if the denominator of the rational number is 7?(1 point)
Responses
any finite length
any finite length
up to seven digits long
up to seven digits long
up to six digits long
up to six digits long
infinitely long
Responses
any finite length
any finite length
up to seven digits long
up to seven digits long
up to six digits long
up to six digits long
infinitely long
up to six digits long
Convert 0.27¯¯¯¯¯
to a rational number in simplest form.(1 point)
Responses
127
Start Fraction 1 over 27 end fraction
27100
Start Fraction 27 over 100 end fraction
2799
Start Fraction 27 over 99 end fraction
311
to a rational number in simplest form.(1 point)
Responses
127
Start Fraction 1 over 27 end fraction
27100
Start Fraction 27 over 100 end fraction
2799
Start Fraction 27 over 99 end fraction
311
Start Fraction 27 over 99 end fraction
To convert 0.264¯¯¯¯¯¯¯¯ to a rational number, you would set x equal to 0.264¯¯¯¯¯¯¯¯ and then multiply both sides of the equation by what number?(1 point)
Responses
999
999
100
100
1,000
1,000
10
10
Responses
999
999
100
100
1,000
1,000
10
10
999
If a repeating decimal has a repeating cycle of three digits, it will convert to a rational number with what denominator? (1 point)
Responses
99
99
1,000
1,000
999
999
100
Responses
99
99
1,000
1,000
999
999
100
99
I had 3/5 for my grade after looking at other question but
1. by putting a bar over them
2. up to six digits long
3. 3/11 NOT 27/100
4. 1,000 Not 999
5. 999 Not 99
Have a good Day, and not getting bad grades...
1. by putting a bar over them
2. up to six digits long
3. 3/11 NOT 27/100
4. 1,000 Not 999
5. 999 Not 99
Have a good Day, and not getting bad grades...