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  1. What is the equation of the line that goes through (5,- 3 ... - Socratic

    Dec 20, 2016 · Now, using the slope of #-6/7# and a set of points (you choose which set of points to use, the equation will be the same either way), plug the numbers into the point slope formula I'm …

  2. How do you find slope and intercepts to graph #y-3=0#? - Socratic

    Slope m=0 and intercept at x=0, y=3 This equation can be written, rearranging it, as y=3; this represents an horizontal line (slope zero) passing through y=3 on the y axis.

  3. How do you find the slope given (1,2) and (2,5)? - Socratic

    \qquad \qquad "slope of line between" \ ( 1, 2 ) \quad "and" \quad ( 2, 5 ) \ = \ 3 \ . # "Recall the definition of the slope of a line between two points: " \quad ...

  4. How do you find the slope of the line passing through (-2,4 ... - Socratic

    Explanation: Slope is calculated as the change in y over the change is x (you may have heard of this referred to as "rise over run"). So essentially, how fast is the graph increasing or decreasing?

  5. How do you find the slope and y intercept of #y=3#? - Socratic

    Explanation: #y=3# The general form of slope intercept equation is #y=mx+c#

  6. How do you find the slope that is perpendicular to the line

    May 28, 2018 · How do you find the slope that is perpendicular to the line −25 + 8x = 5y? Algebra Forms of Linear Equations Equations of Perpendicular Lines

  7. How do you find the slope and intercept of - 2? | Socratic

    Slope is -1, y intercept is 2. The equation of the graph is given in the form y=mx+b=-x+2 where m is the gradient or slope, and b is the intercept on the y axis. By simply comparing the two equations, we …

  8. Question #8a759 - Socratic

    a. y=-2 b. y=2x-3 c. y=5 For a., a horizontal line means that the line has a zero slope and thus the equation for this line is y=-2 For b., you must use the point-slope formula: y-y_1=m (x-x_1) Since the …

  9. Question #d1389 - Socratic

    The ideal gas equation: pV = nRT p is pressure V is volume n is number of moles R is ideal gas constant T is the absolute temperature For an isothermal process, the right hand side of the ideal gas …

  10. Question #a77d0 - Socratic

    The way to solve this question is to first find the slope using the two points given and then use that slope like you would in point slope form. The Final equation : #y + 2 = 2x - 12#