The answer for your question is B
3+2=−10
3c+2=-103c+2=−10
3+2−2=−10−2
3=−12
c=-4
I hope this please Mark me as brainliest ;)
First column of (x) put {0,1,2,3,4} then substitute in the equation of y to get the y value for each x
then in each row you have (x,y) , so plot them on the graph and you will get a line
The relation you have shown is not a function.
In order to be a function, a relation's domain must be continuous in that no x-value is not repeated in any of the points. Since the first two points of the relation are (5,1) and (5,3), you can see that they have the same x-value, meaning that this is not a function.
One quick way you could test this is to quickly sketch a graph and use the vertical line test to see if the relation in question is a function. If it cross the vertical line once in all places, it is a function - if it crosses the vertical line more than once in any place, it is not a function.
14.00-6.00=8.00 if the cashier gave her 6.00 then she spent at least 8.00
