Well I took algebra and I think that you need to take y=mx+b to solve.
To work this out get some graph paper and draw the line.
On your graph paper, after you draw and number the 'x' and 'y' axes, draw a straight linethat goes through the point [ y = 2 ] on the y-axis, and has a slope of [ 0.5 ).
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For example, if the slope at a certain point is 1.5, you can draw a line that goes through the specified point, with that slope. The line would represent the slope at that point. If you want to graph the slope at ALL POINTS, take the derivative of the function, and graph the derivative. The derivative shows the slope of a function at all points.
You can draw a line graph if you have-- the slope of the line and one point on the lineOR-- two points on the line
To work this out get some graph paper and draw the line.
On your graph paper, after you draw and number the 'x' and 'y' axes, draw a straight linethat goes through the point [ y = 2 ] on the y-axis, and has a slope of [ 0.5 ).
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You draw a straight line through (0,b) which has a slope of m.
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Two ways. You can solve for y and then use slope intercept or use x and y intercepts. If x=0 then y=5 (0,5) If y=0 then x=-6 (-6,0) Graph those two points and then draw a line through them.
Draw a straight line through the point on the y-axis where y=330 and give the line a slope of -7. (For every unit it moves to the right, it drops 7 units.) But a much better way to draw the graph ... which you should know even if you don't recognize the slope-intercept form of the equation ... is like this: -- Pick some number for 'x', plug it into the equation, and figure out what 'y' is. -- Pick another number for 'x', plug it into the equation, and figure out what 'y' is. -- Now you have two points on the line. Mark them on your graph, and draw the line through the two points.
You would draw a straight horizontal line through the 5 on the y axis.
Draw a straight line through the point on the y-axis where y=2, and give it a slope of -4.