WebThe horizontal axis in the coordinate plane is mentioned and x-axis.The verticle axis is called the y-axis.The score at which the two axes intersect is called the origins.Which from is at 0 off the x-axis and 0 on who y-axis.. Positions on the coordinate plane are describe as ordered pairs.An ordered pair tells you the location of a point by relating the point’s … WebClick here👆to get an answer to your question ️ Find the point where the graph of the equations 3x + 4y = 12 cuts the x - axis and the y - axis. Solve Study Textbooks Guides. Join / Login. Question . ... Find that point on x axis which as equidistant from point (− 2, ...
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WebOct 17, 2016 · #3x+y=12# To find the #x# intercept, set #y=0#. #3x+0=12# #(3x)/3=12/3# #x=4# The x intercept is #(4,0)#. To find the #y# intercept, set #x=0#. #3(0)+y=12# … WebSo we have 5x plus 2y is equal to 20. If we want to solve for y, let's just get rid of the 5x on the left-hand side. So let's subtract 5x from both sides of this equation. The left-hand side, these guys cancel out, so we get 2y is equal to the right hand side, you have 20 minus 5x. And then you can divide both sides of this equation by 2. fixel edgehancer 3下载
Hence, the given systen Graph of 3x−3y=16 therefore, it is inc.
WebTo graph equations of this form, such as 3x − 2y = −6, find the x- and y-intercepts (Method 2), or solve the equation for y to write it in the form y = mx + b and construct a table of values (see Example 2). Horizontal Lines: y = b The graph of y = b is a horizontal line passing through the point (0, b) on the y-axis. To graph an equation WebApr 4, 2024 · To graph -3x - 4y = 12, find the x and y intercepts. We get the x intercept when y = 0, so plug in 0 for y and solve...-3x - 4(0) = 12 -3x = 12 x = -4, so the x intercept is at (-4, 0) We get the y intercept when x = 0, … WebRemember in the example y = 1 2 x + 3, we carefully chose values for x so as not to graph fractions at all. If we solve the equation 2 x + y = 3 for y, it will be easier to find three solutions to the equation. The solutions for x = 0, x = 1, and x = −1 are shown in the Table 4.13. The graph is shown in Figure 4.9. fix electrical double tapping