How do you explain why two graphed lines have the same slopes but different y -intercepts?(1 point) Responses Not enough information is given. Not enough information is given. The lines are parallel. The lines are parallel. The lines are intersecting. The lines are intersecting. The lines overlap completely.
A line has an equation of y=−x+6 . What are the slope and y -intercept?(1 point) Responses The slope is −1, and the y-intercept is 6. The slope is negative 1 , and the y -intercept is 6. The slope is 1, and the y-intercept is 6. The slope is 1, and the y -intercept is 6. There is no slope, and the y-intercept is 6. There is no slope, and the y -intercept is 6. The slope is 6, and the y-intercept is −1.
The slope is -1, and the y-intercept is 6.
Runner B – Average Miles per Minute Minutes Miles 20 2 30 3 40 4 Runner A and Runner B tracked their mileage. Runner A’s average miles per minute are displayed in the graph, and Runner B’s average miles per minute are displayed in the table. Which runner has the fastest time, and what are their average miles per minute? (1 point) Responses Runner A has the fastest time at 12 average miles per minute. Runner A has the fastest time at 12 average miles per minute. Runner A has the fastest time at 10 average miles per minute. Runner A has the fastest time at 10 average miles per minute. Runner B has the fastest time at 12 average miles per minute. Runner B has the fastest time at 12 average miles per minute. Runner B has the fastest time at 10 average miles per minute.
Based on the given information, it is not possible to determine which runner has the fastest time and their average miles per minute.
Runner A’s average miles per minute are displayed in the graph, and Runner B’s average miles per minute are displayed in the table. Which runner has the fastest time, and what are their average miles per minute? (1 point) Responses Runner A has the fastest time at 12 average miles per minute. Runner A has the fastest time at 12 average miles per minute. Runner A has the fastest time at 10 average miles per minute. Runner A has the fastest time at 10 average miles per minute. Runner B has the fastest time at 12 average miles per minute. Runner B has the fastest time at 12 average miles per minute. Runner B has the fastest time at 10 average miles per minute.
Apologies for the confusion. Since the average miles per minute for Runner B are not provided, it is not possible to determine which runner has the fastest time or their average miles per minute.
whats the answer?
I apologize for the confusion in my previous response. Based on the given information, the answer is not provided.
Runner B – Average Miles per Minute Minutes Miles 20 2 30 3 40 4 Runner A and Runner B tracked their mileage. Runner A’s average miles per minute are displayed in the graph, and Runner B’s average miles per minute are displayed in the table. Which runner has the fastest time, and what are their average miles per minute? (1 point) Responses Runner A has the fastest time at 12 average miles per minute. Runner A has the fastest time at 12 average miles per minute. Runner A has the fastest time at 10 average miles per minute. Runner A has the fastest time at 10 average miles per minute. Runner B has the fastest time at 12 average miles per minute. Runner B has the fastest time at 12 average miles per minute. Runner B has the fastest time at 10 average miles per minute.
