To compare the graphs of two functions, one would need to analyze their equations, key features, and transformations. If the new function involves modifications like shifts, stretches, or reflections of the first function, the shape and position of the graph will differ accordingly. Additionally, examining intersections, asymptotes, and overall behavior can provide insight into how the graphs relate. Without specific details about the functions, a precise comparison cannot be made.
The graph would be translated upwards by 2 units.
A Bar Graph
The graph is a region of the space on one side or another of the related function. If the inequality is strict then the related function itself is not part of the solution; otherwise it is.
To accurately compare the function shown on the graph with the function ( y = 5x + 5 ), one would need to analyze the graph's slope and y-intercept. If the graph has a slope of 5 and a y-intercept of 5, then it is identical to the function ( y = 5x + 5 ). If either the slope or the y-intercept differs, then the graph represents a different linear function. Without seeing the specific graph, it's impossible to make a definitive comparison.
line graph
The graph would be translated upwards by 2 units.
It would be less steep.
The answer will depend on what was changed to what!
It would be less steep
A bar graph would be the best graph or chart to use to compare and contrast information.
A Bar Graph
The graph is a region of the space on one side or another of the related function. If the inequality is strict then the related function itself is not part of the solution; otherwise it is.
Both lines would be parallel to each but the y intercept would change from 5 to 9
line graph
A line. The derivative of a function is its slope. If the slope is a constant then the graph is a line.
A bar graph is best to compare the levels because you can have 6 different color bars connected on a graph to compare the lead contamination levels.
a pie graph