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The x-axis is the horizontal line in a diagram of a coordinate graph, and the y-axis is the vertical one. this diagram is a perfect example of the location of the axes. Algebra Science
The graph of mass vs. volume places volume on the x-axis and the mass on the y-axis. The value of graphing this relationship is best understood by considering the following equation. #D=m/v# Note the slope of your graph will be #(rise)/(run)# which is #(mass)/(volume)# which is the density of the material.
Charles' Law examines the relationship between the volume of a gas and its temperature. So you would do an experiment in which you measure the volume of a gas at various temperatures. Let’s assume you get the following data. T/°C, V/mL 0,,,,, 107.9 5,,,,, 109.7 10,,, 111.7 15,,, 113.6 20,, 115.5 25,, 117.5 30,, 119.4 35,,, 121.3 40,, 123.2 You would then plot a graph with temperature as the ...
This is the equation of the y-axis. It is a vertical line through the origin. Any vertical line has the equation x = square This is because it only has an x-intercept and does not intersect they-axis. Vertical lines cannot be written in standard form because the slope is undefined. The equation of the line is given by the x-intercept of the line. In this case x=0 goes though the origin (x=0 ...
The power function #y = x^R# with natural #R# can be defined for all real arguments #x#. It's graph for negative #x# will be symmetrical relative to the Y-axis to a graph for positive #x# if the power #R# is even or centrally symmetrical relative to the origin of coordinates #(0,0)# for odd power #R#.
Determine the x- and y-intercepts, plot them, and draw a straight line through the point. Graph: x-y=1 X-intercept: value of x when y=0 Substitute 0 for y and solve for x. x-0=1 x=1 The x-intercept is (1,0). Plot this point. Y-intercept: value of y when x=0 Substitute 0 for x and solve for y. 0-y=1 -y=1 Multiply both sides by -1.
Get the x-intercept by setting y=0 and solving for x. Get the y-intercept by setting x=0 and solving for y. Graph these two points, and connect them. An intercept is simply a point where a line (or any function) crosses an axis. At such a point, the non-axis coordinate is 0. (e.g. all points on the x-axis have no displacement in the y direction, so the y-coordinate is 0.) We can use this to ...
The base of a solid region in the first quadrant is bounded by the x-axis,y-axis, the graph of #y=x^2+1#, and the vertical line x=2. If the cross sections perpendicular to the x-axis are squares, what is the volume of the solid?
We plot pressure as the independent variable (along the horizontal or #x# axis) and volume as the dependent variable (along the vertical or #y# axis). You could do this by hand, but it is more convenient to use a computer to do the job for you. Your graph looks like a hyperbola, as in the diagram above. The equation for a hyperbola is #y = k/x#.
See below The first thing you need to find is the axis of symmetry by using -b/2a after you find that, use it to find the vertex of x^2+8 In this case x should equal 0 so y=0^2+8 giving just 8 the y-intercept is 8 as c=8 the graph should look like this graph{x^2+8 [-11.5, 8.5, 0.84, 10.84]} it is a parabola.