As a starter, the y value is equal to f(x); the x value is equal to the x in f(x).
So basically, in this case, replace x with the number in the brackets.
Coordinates have x, y values (x, y). Here, we know x is -2, so we need to find y.
on the graph, find x = -2 and find where the line of the drawn graph intersects it. Looks like the line intersect x = -2 when y = 3. So f(-2) = 3.
Same applies for b: x = 0, find where the line hits x = 0, and that's your y value, which is 1.
Tried my best to simplify it. Hope it helps lol.
A point is a location and a line has many points located on it.
A line and a point cannot lie on the same plane.
A line and a point cannot be collinear.
2. Trisha drew a pair of line segments starting from a vertex.
Which of these statements best compares the pair of line segments with the vertex?
The line segments and the vertex have length as a dimension of measurement and there are three collinear points on each.
Line segments and the vertex have two endpoints each and the distance between the end points is their dimension.
Line segments have two endpoints and a vertex is a common endpoint where two line segments meet.
The line segments and the vertex have their lines extending in one direction only and the lengths of both are infinite.
Answer:
involve the constitution
Step-by-step explanation:
A. n = 10.6 ounces
B. n = 14.4 ounces
C. n = 9.8 ounces
D. n = 15.2 ounces
A. 3,600 pi m^2
B. 7,200 pi m^2
C. 14,400 pi m^2
D. 1,800 pi m^2