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You kinda need to be more specific about the context. But that never stopped me from trying! If you are looking at a 2 dimensional graph then the X-axis drawn from horizontally (left-right). The X-coordinate is the position along the X-axis. Happy plotting!
Quadrant II (Quadrant 2) is the region of the coordinate plane (xy-plane, a graph) that is above the x-axis and to the left of the y-axis. In this quadrant, all x values are positive and all y values are negative.
sin(0) = 0 but, in general, the sine graph need not start at 0. For example, sin(x + 2) does not start at 0.
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The points on the graph would be as follows(-2,-9) (-1,-6) (0,-3) (1,0) (2,3) (3,6)This will give you the position of the line if you need more points just extend the line of your graph.
So the two zeros on a coordinate plane is the origin.
The graph of the equation ( x = -2 ) represents a vertical line that passes through the point (-2, y) for all values of ( y ). This line is parallel to the y-axis and indicates that the x-coordinate is always -2, regardless of the y-coordinate.
x2+(y-x2/3)2=1
You kinda need to be more specific about the context. But that never stopped me from trying! If you are looking at a 2 dimensional graph then the X-axis drawn from horizontally (left-right). The X-coordinate is the position along the X-axis. Happy plotting!
If movement is in two dimensions: the x-coordinate of the velocity, and the y-coordinate of the velocity. Or alternatively: the magnitude of the velocity, and the direction. If movement is in three dimensions, you need to know three things, for example, x-coordinate, y-coordinate, and z-coordinate of the velocity, or magnitude of the velocity and two components of direction.
To find the vertex of a quadratic equation in the form (y = ax^2 + bx + c), you can use the formula (x = -\frac{b}{2a}) to determine the x-coordinate of the vertex. Once you have the x-coordinate, substitute it back into the equation to find the corresponding y-coordinate. The vertex is then the point ((x, y)) on the graph. For graphs of other types of functions, the vertex may need to be identified through other methods, such as completing the square or analyzing the graph's shape.
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When the data on the graph is continuous,it does make sense to connect the points on the graph of 2 related variables.
To rotate a point (x, y) 90 degrees clockwise around the origin on a graph, you transform the coordinates using the formula (x', y') = (y, -x). This means that the new x-coordinate becomes the original y-coordinate, and the new y-coordinate becomes the negative of the original x-coordinate. For example, the point (2, 3) would rotate to (3, -2).
Well first you need to have x coordinate. Lets say x=0 and y=2, y is the line that is vertical and x is the line that is horizontal. Now you can remember this by over and out. First you do is the x coordinate which is 0. So you move left and/or right 0 times. If its a positive number then you move right on the x line and if its negative number you move left on the x line. But the number 0 is not a negative or positive number so you just keep the number 0 in the middle of the graph. Do not make a mark where the 0 coordinate was supposed to go. Just try to remember where the coordinate is supposed to go. Now its time to do the y coordinate which is 2. So you move up and/or down 2 times. If its a positive number then you move up on the y line and if its a negative number then you move down on the y line. The number 2 is a positive number and goes on the y line so you move up 2 times. So remember where the x coordinate was? Put your pencil there and move up 2. That's how you graph y=2. Hope it helps!
a bar graph is just a graph but a double bar graph compares 2 things!
The point in a Cartesian coordinate system where the axes intersect. On a 2-D graph, for example, this is where x and y equal zero. also the point (0,0) on a graph