Select the graph of the system of linear equations which has the solution (3, 4).
graph 1: https://static.k12.com/eli/bb/1212/1_69044/2_36704_19_69063/6dcd0a5ab6c0f4077ab303f2b7e918b88a60ebad/media/4c18890db8ffb5227894507328052bac726a7a6a/mediaasset_1155464_1.jpg Graph 2: https://static.k12.com/eli/bb/1212/1_69044/2_36704_19_69063/6dcd0a5ab6c0f4077ab303f2b7e918b88a60ebad/media/3395370674debc786e8ddf75505cb6ce5ddd7b4a/mediaasset_1155465_1.jpg graph 3: https://static.k12.com/eli/bb/1212/1_69044/2_36704_19_69063/6dcd0a5ab6c0f4077ab303f2b7e918b88a60ebad/media/c004c06d2eb6cb10c7d3563fcfe94ec8206c4cf1/mediaasset_1155466_1.jpg Graph 4: https://static.k12.com/eli/bb/1212/1_69044/2_36704_19_69063/6dcd0a5ab6c0f4077ab303f2b7e918b88a60ebad/media/0f684333f8ddd3c6f957e4b2f4e1d1d68a436577/mediaasset_1155467_1.jpg
is the first graph correct?
@Directrix
yea its the 1st one
ty
np
The intersection has to be in the first quadrant where both x and y are positive. That means the answer is the first graph or the last one.
I would go with the first one.
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