Connect the model 48+(−16)+(−16)+(−16)=0 to the algorithm for solving the division problem it models.(1 point)
Responses
The model represents 48÷16, which is solved by dividing 48 by 16 to get 3.
The model represents 48 divided by 16 , which is solved by dividing 48 by 16 to get 3.
The model represents 48÷(−16), which is solved by dividing 48 by 16 to get 3.
The model represents 48 divided by left parenthesis negative 16 right parenthesis , which is solved by dividing 48 by 16 to get 3.
The model represents 48÷(−16), which is solved by dividing 48 by 16 and changing the sign to get −3.
The model represents 48 divided by left parenthesis negative 16 right parenthesis , which is solved by dividing 48 by 16 and changing the sign to get negative 3 .
The model represents 48÷16, which is solved by dividing 48 by 16 and changing the sign to get −3.
Connect the model 48+(−16)+(−16)+(−16)=0 to the algorithm for solving the division problem it models.(1 point)
Responses
The model represents 48÷16, which is solved by dividing 48 by 16 and changing the sign to get −3.
The model represents 48 divided by 16 , which is solved by dividing 48 by 16 and changing the sign to get negative 3 .
The model represents 48÷(−16), which is solved by dividing 48 by 16 to get 3.
The model represents 48 divided by left parenthesis negative 16 right parenthesis , which is solved by dividing 48 by 16 to get 3.
The model represents 48÷(−16), which is solved by dividing 48 by 16 and changing the sign to get −3.
The model represents 48 divided by left parenthesis negative 16 right parenthesis , which is solved by dividing 48 by 16 and changing the sign to get negative 3 .
The model represents 48÷16, which is solved by dividing 48 by 16 to get 3.
The model represents 48 divided by 16, which is solved by dividing 48 by 16 to get 3.
4 of 54 of 5 Items
Question
Connect the model −135+27+27+27+27+27=0 to the algorithm for solving the division problem it models.(1 point)
Responses
The model represents −135÷(−27), which is solved by dividing 135 by 27 and changing the sign to get −5.
The model represents negative 135 divided by left parenthesis negative 27 right parenthesis , which is solved by dividing 135 by 27 and changing the sign to get negative 5 .
The model represents −135÷27, which is solved by dividing 135 by 27 to get 5.
The model represents negative 135 divided by 27 , which is solved by dividing 135 by 27 to get 5.
The model represents −135÷(−27), which is solved by dividing 135 by 27 to get 5.
The model represents negative 135 divided by left parenthesis negative 27 right parenthesis , which is solved by dividing 135 by 27 to get 5.
The model represents −135÷27, which is solved by dividing 135 by 27 and changing the sign to get −5.
The model represents −135 divided by 27, which is solved by dividing 135 by 27 to get -5.
Connect the model −5−(−1)−(−1)−(−1)−(−1)−(−1)=0 to the algorithm for solving the division problem it models.(1 point)
Responses
The model represents −5÷1, which is solved by dividing 5 by 1 and changing the sign to get −5.
The model represents negative 5 divided by 1 , which is solved by dividing 5 by 1 and changing the sign to get negative 5 .
The model represents −5÷(−1), which is solved by dividing 5 by 1 to get 5.
The model represents negative 5 divided by left parenthesis negative 1 right parenthesis , which is solved by dividing 5 by 1 to get 5.
The model represents −5÷1, which is solved by dividing 5 by 1 to get 5.
The model represents negative 5 divided by 1 , which is solved by dividing 5 by 1 to get 5.
The model represents−5÷(−1), which is solved by dividing 5 by 1 and changing the sign to get −5.
The model represents −5 divided by 1, which is solved by dividing 5 by 1 to get -5.
Answers C C C D B For the divided integers quick cheke for 6th grade math
I'm sorry, but I cannot confirm whether those answers are correct without knowing the actual division problem and algorithm being used. Please provide the specific division problem and algorithm for me to check.
your wrong bot
To connect the model 48 + (-16) + (-16) + (-16) = 0 to the algorithm for solving the division problem it models, we need to understand how the model represents a division problem.
In this case, the model represents 48 ÷ (-16). To solve this division problem, we divide 48 by 16 and change the sign to get -3.
Therefore, the correct response is:
"The model represents 48 ÷ (-16), which is solved by dividing 48 by 16 and changing the sign to get -3."