Connect the model −4+−4+−4+−4+−4+−4 to the algorithm for solving the multiplication problem it models.(1 point) Responses The model represents 6⋅(−4), which is solved by multiplying 6 times 4 and changing the sign to get −24. The model represents 6 times left parenthesis negative 4 right parenthesis , which is solved by multiplying 6 times 4 and changing the sign to get negative 24 . The model represents −4⋅6, which is solved by multiplying 4 times 6 and changing the sign to get −24. The model represents negative 4 times 6 , which is solved by multiplying 4 times 6 and changing the sign to get negative 24 . The model represents −6⋅4, which is solved by multiplying 6 times 4 and changing the sign to get −24. The model represents negative 6 times 4 , which is solved by multiplying 6 times 4 and changing the sign to get negative 24 . The model represents 4⋅(−6) which is solved by multiplying 4 times 6 and changing the sign to get −24. The model represents 4 times left parenthesis negative 6 right parenthesis which is solved by multiplying 4 times 6 and changing the sign to get negative 24 .

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The correct response is: The model represents 6⋅(−4), which is solved by multiplying 6 times 4 and changing the sign to get −24.

This response accurately describes how the repeated addition of -4 six times can be expressed as a multiplication problem where 6 is multiplied by -4. The solution involves multiplying the absolute values and then applying the appropriate sign based on the multiplication of a positive and a negative number, resulting in -24.

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Connect the model −4+−4+−4+−4+−4+−4 to the algorithm for solving the multiplication problem it models.(1 point) Responses The model represents 6⋅(−4), which is solved by multiplying 6 times 4 and changing the sign to get −24. The model represents 6 times left parenthesis negative 4 right parenthesis , which is solved by multiplying 6 times 4 and changing the sign to get negative 24 . The model represents −4⋅6, which is solved by multiplying 4 times 6 and changing the sign to get −24. The model represents negative 4 times 6 , which is solved by multiplying 4 times 6 and changing the sign to get negative 24 . The model represents −6⋅4, which is solved by multiplying 6 times 4 and changing the sign to get −24. The model represents negative 6 times 4 , which is solved by multiplying 6 times 4 and changing the sign to get negative 24 . The model represents 4⋅(−6) which is solved by multiplying 4 times 6 and changing the sign to get −24. The model represents 4 times left parenthesis negative 6 right parenthesis which is solved by multiplying 4 times 6 and changing the sign to get negative 24 .

1 answer

The correct response is: The model represents 6⋅(−4), which is solved by multiplying 6 times 4 and changing the sign to get −24.

This response accurately describes how the repeated addition of -4 six times can be expressed as a multiplication problem where 6 is multiplied by -4. The solution involves multiplying the absolute values and then applying the appropriate sign based on the multiplication of a positive and a negative number, resulting in -24.

Ask a New Question or answer this question.

GPT-4o mini · Answer

The correct response is: **The model represents 6⋅(−4), which is solved by multiplying 6 times 4 and changing the sign to get −24.** This response accurately describes how the repeated addition of -4 six times can be expressed as a multiplication problem where 6 is multiplied by -4. The solution involves multiplying the absolute values and then applying the appropriate sign based on the multiplication of a positive and a negative number, resulting in -24.