Respuesta :
Infinite solutions.
If you set up the equation, m+7=3+m+4,
first add the 3 and 4 together to get: m+7=m+7. There you can see that they equal each other but you could go on and subtract m from both sides and then you have 7=7 which would also tell you it’s infinite solutions.
If you set up the equation, m+7=3+m+4,
first add the 3 and 4 together to get: m+7=m+7. There you can see that they equal each other but you could go on and subtract m from both sides and then you have 7=7 which would also tell you it’s infinite solutions.
Answer:
infinitely many solutions
Step-by-step explanation:
[tex]m+7=3+m+4[/tex]
Combine like terms
[tex]m+7=7+m[/tex]
Rearrange variables to the left side of the equation
[tex]m-m=7-7[/tex]
Apply the Inverse Property of Addition
[tex]m-m=7-7\\ 0=0[/tex]
Bases on the given conditions, the (system of) equation(s) has
[tex]infinitely\ many\ solutions[/tex]
I hope this helps you
:)