False
84
to find the slope of the line passing through the points (x1,y1) and (x2,y2) you must do: (y2-y1) / (x2-x1) for the points (3,5) and (4,6): (6-5) / (4-3). you only need two points.
To make perpendicular lines, draw a horizontal line. Then using a compass or tracing around the edge of a curved object, draw one circle ( or just a semi-circle) so that it crosses the horizontal straight line in at least one point. Now rotate the compass or move the curved object to draw another circle (or semi-circle). This second circle (or semi-circle) must cross through the horizontal straight line as the first one did. It also must cross through the first circle (or semi-circle) at two points- above the horizontal straight line and below the horizontal straight line. Next, draw a straight line from where the two circles (or semi-circles) meet above the horizontal straight line through to where they meet below the horizontal straight line. You now have a line perpendicular to the first line.
A line must be in 2-dimensional space to have a slope. In 2-d space, each point is identified by an ordered pair of coordinates. The points in the question are not and so it is not possible to answer the question.
False
No, the best fit line need not go through any data point on a graph.
No because for them to be parallel with each other they must have the same slopes and their slopes are 3 and -1 respectively
Since it is possible to draw a line through any two points, if there is a point that does not lie on the same line, it must be a third point.
Two points (which must lie on a line) and the third point NOT on that line.
In order to find the equation of a tangent line you must take the derivative of the original equation and then find the points that it passes through.
84
False ( apex )
The x-coordinate must be the same for all points on the line.
If it is a straight line it must be in the same plane. Otherwise not necessarily.
No for example Z B You would name this line ZB.
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