I'm not sure if this is a trick question, but the definition of a linear function prevents the function from having more than one y-intercept. x-values can't be shared in a function; there is a unique x value for every y value. at the y-axis, the value of x is 0. two y-intercepts would mean that x would be 0 for TWO points on the linear function, which doesn't pass the vertical line test and, therefore, isn't a function.
a graph CAN, however, have more than one x-intercept. the line y = 0, which passes the vertical line test and sits directly on top of the x-axis, has infinitely many x-intercepts and it is still a linear function.
Answer:
answer is 89%
Edit: i forgot to round to nearest tenth ;-; so its 90%
Step-by-step explanation:
Answer:
when x=-5, y= 3
when x= -1, y= -2
when x=3, y= -4
Step-by-step explanation:
thats right on edge
Answer: 5x and 2
Explanation:
15x^2 + 6x
= 3x(5x) + 3x(2)