The answer is -3.
The y-values are those that correspond to the vertical axis (the arrow going up and down the page). It crosses with the horizontal x-axis at the origin. The farther a point is from the origin in the vertical direction (not the hortizontal direction!), the higher its y-value.Note: if a point is below the origin, then it has an increasingly negative value as it gets farther from the origin.
On a horizontal straight line, three units below the x axis. On a horizontal straight line, three units below the x axis. On a horizontal straight line, three units below the x axis. On a horizontal straight line, three units below the x axis.
If the equation of the parabola isy = ax^2 + bx + c, then it opens above when a>0 and opens below when a<0. [If a = 0 then the equation describes a straight line, and not a parabola!].
A parallel line is two lines along the same path in the same direction. Also parallel lines always have to be straight Some examples of parallel lines are below. \ | | / / = ll
The town Santa Maira La Cartia below Pompeii. Farther south is the town Castellammare di Stabia.
Yes. -a+-b=-c, because +- is the same as minus. So -a-b=-c, because if you are already below zero, and you take more away, you just get farther down. Like a hole. If you are below ground(zero), and you dig farther down, then you just get farther from the surface.
This has to be done through the courts. see link below
As the ball falls farther below the point of release, its velocity will increase. This is due to the acceleration caused by gravity pulling the ball downward. The acceleration will cause the ball to speed up as it falls.
1,450 feet is fartherfrom the surface
The atmosphere is more heated from below because the air is thicker the farther down you go, and so it traps the heat in the air.
One Direction's official website can be found in the related links below.
No. You experience greater and greater pressure as you swim farther and farther below the surface of the water. This is because there is a greater height of water pressing down on you from above.