Jake and Erica were solving a system of equations. They both noticed that the two lines had the same slope. Jake said that becau
se each line in the system had the same slope, the two lines had to be the same, which meant there were infinitely as many solutions to the system. Erica disagreed, and said they should also look at the y-intercepts before determining how many solutions there were. Who is correct?. . A. Erica is correct. Two lines with equal slopes could be the same line, but only if they have the same y-intercept.. . B. Jake is correct. Two lines with the same slope must be the same.
<span>A. Erica is correct. Two lines with equal slopes could be the same line, but only if they have the same y-intercept. For example: y=3x+6 is different than y=3x-6</span>
The correct answer is option A. Erica is correct in saying that the two lines are not necessarily the same and we should also look at the y-intercepts before determining how many solutions there were. <span>Two lines with equal slopes could be the same line, but only if they have the same y-intercept.</span>
The answer would be $89,790. You take 164+328. To get 492. The you divided 492 by 2. To get 246. This is the average hamburgers made in a day. The you take that time 365. to get how much money is made in a year.
If your original equation was , then a reflection over the x-axis means you need all the y-values to switch sign. This means you need to multiply that function by -1.
