No, a line graph does not have to increase by the same number each time. The y-axis values can change by different amounts, reflecting varying rates of increase or decrease over the x-axis. The key characteristic of a line graph is that it shows trends and relationships over time, regardless of the consistency in the increments.
They are alike in that you graph the lines in the same way, but they are different because you have to shade in one side of the line
Yes, a graph of system equations that have the same slope and the same y-intercept represents the same line. Since both equations describe the same line, they have infinitely many solutions, as every point on the line is a solution. Therefore, such a system does not have no solutions; it has an infinite number of solutions.
No
The figures are exactly the same, but every point on the first graph is exactly 13 below the corresponding point on the second one.
They're exactly the same shape and size, but every point on the graph of the first one is 8 units directly below the corresponding point on the graph of the second one.
A line on a graph with zero slope is a horizontalline.' Y ' is the same number at every point on the line.
They are alike in that you graph the lines in the same way, but they are different because you have to shade in one side of the line
Yes, a graph of system equations that have the same slope and the same y-intercept represents the same line. Since both equations describe the same line, they have infinitely many solutions, as every point on the line is a solution. Therefore, such a system does not have no solutions; it has an infinite number of solutions.
translation
No
inter =val means the lowest number no the same number
U.s
FALSE
yes you can plot same things from a frequency graph on a line graph because it is the same thing :) peace
Yes you can. First, determine the percentage of the whole is represented by each slice of your circle (or pie) chart. Then make a bar for each slice that is the same percentage of the height of you bar graph. If you graph represents absolute number out of a total, the same principle applies.
The figures are exactly the same, but every point on the first graph is exactly 13 below the corresponding point on the second one.
They're exactly the same shape and size, but every point on the graph of the first one is 8 units directly below the corresponding point on the graph of the second one.