This question appears to have three different boundries. They translate as follows: The opposite of Y is at most 6 = -Y ≤ 6 = Y ≥ -6 Y is less than twice X = Y < 2X Two thirds of X increased by Y is less than 2 = (2X/3) + Y < 2 = Y < (-2X/3) + 2 By now, these should all be simple to graph. The intersection of these boundaries will form a shaded triangle with its base a horizontal line that crosses the y axis at -6.
3
So, if we see the basic equation y=mx+b, we see that m=2, and b=1. If you look closely, this is basic rotation and translation of the original graph. First, I would translate the "mother graph" (y=mx) and then translate one up. Then, we would rotate the graph to the right two units.
The opposite of a discrete graph is a continuous graph. A continuous graph is where one of the variables (usually time) can continue on past what the graph says. An example would be if some one was traking the weather hour be hour. They could stop the graph at one point, but the information carries on. A discrete graph is where niether of the variables could be carried out past the graph. An example would be a shirt sale graph of how many shirts for a certain amount of money. Technically, you could have five dollars for half a shirt but realistically, you wouldn't cut a shirt in half
To translate the graph of ( y = -x^2 ) to produce the graph of ( y = -(x-2)^2 ), you would shift the graph 2 units to the right. This transformation occurs because the expression inside the parentheses, ( (x-2) ), indicates a horizontal shift. The negative sign in front of the squared term indicates that the parabola opens downward, which remains unchanged in the translation. Thus, the vertex moves from the origin (0, 0) to the new vertex at (2, 0).
The name on the graph opposite the ordinate is called the "abscissa." The ordinate refers to the vertical axis (Y-axis), while the abscissa refers to the horizontal axis (X-axis) in a Cartesian coordinate system. Together, they help to locate points in a two-dimensional space.
To translate the graph y = x to the graph of y = x - 6, shift the graph of y = x down 6 units.
You move the graph upwards by 2 units.
The graph "moved" up the page (or screen).
y equals x-4 plus 2 is the same as y = x-2. You just translate the graph of y=x, 2 units to the right, OR 2 down.
3
So, if we see the basic equation y=mx+b, we see that m=2, and b=1. If you look closely, this is basic rotation and translation of the original graph. First, I would translate the "mother graph" (y=mx) and then translate one up. Then, we would rotate the graph to the right two units.
A full pie graph is 360 degrees.2/3 of that = 240 degrees.(what is left over is the other one-third = 120 degrees)
increased duration of lag phase
y=x+1 there for answer is 2
Two thirds pi, or rather 2pi/3.
The opposite of a discrete graph is a continuous graph. A continuous graph is where one of the variables (usually time) can continue on past what the graph says. An example would be if some one was traking the weather hour be hour. They could stop the graph at one point, but the information carries on. A discrete graph is where niether of the variables could be carried out past the graph. An example would be a shirt sale graph of how many shirts for a certain amount of money. Technically, you could have five dollars for half a shirt but realistically, you wouldn't cut a shirt in half
No, just the opposite