
How do you graph the equation #3x=y#? - Socratic
Oct 23, 2016 · Well, all you have to do is to plug two values for #x# and find the values of #y# then graph the line. It will surely pass through the origin.
Could someone please tell me how did we get these values for
"see explanation" >"bearings are given as measures from the " • color (blue)" North line in a clockwise direction" "they are usually expressed as 3 figures" rArr90^@-=090^@ (a) 2i+3j" is …
Question #567c3 + Example - Socratic
Since this line (a hypotenuse) should be equally inclined to both axes, a triangle must have two congruent acute angles of 45^o each. An example of this line is the one going fro point (0,1) to …
A line passes through (8 ,5 ) and (2 ,1 ). A second line passes …
A line passes through # (8 ,5 )# and # (2 ,1 )#. A second line passes through # (3 ,5 )#. What is one other point that the second line may pass through if it is parallel to the first line? …
Question #06e3a - Socratic
The line perpendicular to the given line is y + 2 = 5(x - 3) or y = 5x-17 You are given a point and an easy way to find slope, so the most convenient equation is the point-slope form of the …
Question #2da6a - Socratic
The line will be a solid line because the inequality operator contains an "or equal to" clause. We will shade to the left side of the line because the inequality operator also contains a "less than" …
Question #be80d - Socratic
A regular polygon has the same number of lines of symmetry as it has vertices (or equivalently, the same number as it has sides). For a regular polygon with an odd number of vertices: there …
Question #dec41 - Socratic
Explanation: The equation of a line in #color (blue)"point-slope form"# is.
Question #a77d0 - Socratic
You can pick either one of your points to use for #x_1 and y_1# because the line will go through both points
Question #90a6b + Example - Socratic
If a line has the equation y = mx + b, where m and b are constants, then m is the slope of the line and b is the y-intercept (that is, the line passes through the point (0, b)). Note that the given …