Want this question answered?
A linear non-proportional relationship can be identified from a table if the ratios of the y-values to the x-values are not constant. In other words, if the values in the y-column do not increase or decrease by the same factor for each increase in the x-values. From a graph, a non-proportional linear relationship can be identified if the line does not pass through the origin (0,0) or if the slope of the line is not constant. Finally, in an equation, a non-proportional linear relationship can be identified if it does not have a multiplier or constant ratio in front of the x-variable.
Domain describes all possible input values.
Data
It could be an equation or inequality.
Y = mX + b where m = slope =0 and b = y intercept y = b for all values of x y is a constant for all values of x
If the ratio between each pair of values is the same then the relationship is proportional. If even one of the ratios is different then it is not proportional.
It is finding all the solutions of a proportional relationship.
A linear non-proportional relationship can be identified from a table if the ratios of the y-values to the x-values are not constant. In other words, if the values in the y-column do not increase or decrease by the same factor for each increase in the x-values. From a graph, a non-proportional linear relationship can be identified if the line does not pass through the origin (0,0) or if the slope of the line is not constant. Finally, in an equation, a non-proportional linear relationship can be identified if it does not have a multiplier or constant ratio in front of the x-variable.
beliefs
Relationship between values goals and standard
Domain describes all possible input values.
No such thing.Scalar quantities are values that have size but not direction such as mass or speed (as opposed to velocity which includes the direction of travel).
Variables or data
Data
It could be an equation or inequality.
The moral values of the people in the relationship.
Y = mX + b where m = slope =0 and b = y intercept y = b for all values of x y is a constant for all values of x