Mark a point on the x-axis as 's', then draw a solid line through this point, with a slope of 1. Then shade in the area above this line. The region above the line is shaded because if x-s < y then y > (x-s). The line is drawn as a solid line to represent that it can be equal, as well. At the point x=s, y = 0, which is where you marked s on the x-axis.
It is the radius of the circle
A line.
because the # line shows the rational #'s in order from least to greatest
You have to massage the equation around until it's in a standard form, with 'Y' all alone on one side of the equation, and everything else on the other side. It'll look like this:Y = (S)x + (B). 'S' and 'B' are just numbers.If you can get the equation of the line into this form, then the number 'S' is the slope of the line, and the number 'B' is the number on the y-axis where the graph of the line crosses that axis.
the relationship between the values t and s
There is only one such plane.
The letters S and N have point symmetry but not line symmetry.
yes, three points in the least number of points that can be used to define a plane. if you used two points you would only have a line, and one point is a point
Mark a point on the x-axis as 's', then draw a solid line through this point, with a slope of 1. Then shade in the area above this line. The region above the line is shaded because if x-s < y then y > (x-s). The line is drawn as a solid line to represent that it can be equal, as well. At the point x=s, y = 0, which is where you marked s on the x-axis.
how do you show 2/5's on a number line
It is the radius of the circle
It is 14.0, whether done on a number line or elsewhere.
If two lines have angles theta1 and theta2 relative to some third arbitrary line, then the angle between those two lines is theta1 minus theta2. The normal of a line at a point is a line that is 90 degrees from the line going through that point, so the angle between a line and its normal is 90 degrees. As a result, the angle between the two normals of those lines is (theta1 plus 90) minus (theta2 plus 90), which is the same as theta1 minus theta2 because the two plus 90's cancel each other.
Each of the numbers is the negative (or additive inverse) of the other.
A point or, if the lines are also collinear, the line(s).
yes, the line between 1919 and 1930.