From the information we have, we can conclude that this quadrilateral is a rectangle. The reason behind this is because rectangles have two sets of parallel sides, which makes them different from squares.
-TetraFish
Answer:
4 1/2
Step-by-step explanation:
4 1/2
Answer:
Step-by-step explanation:
Start by replacing f(x) by the variable "y" and solving for x in the equation:
Now do the final replacement using the inverse function notation, and replacing "y" with "x":
Could be a number of things...
-1 × 18
-18 × 1
-9 × 2
-2 × 9
-6 × 3
-3 × 6
To get a negative for the product you multiply a positive × a negative.
Any two points are collinear.
<h3>
Further explanation</h3>
- All points in a straight line are called collinear. The two points are always collinear because we can continue to connect them in a straight line.
- Therefore, at least two points can form a line and are considered collinear.
- All points can, also, be said to be coplanar. This is because in addition to these points forming a line they must also lie on a planar surface.
- Noncollinear points are the points that do not lie in a similar straight line.
Let us practice other alternative questions.
(Fill in the blank) ____ three points are collinear.
A. Any
B. No
C. Sometimes
The answer:
Sometimes three points are collinear.
Three points may be collinear or not. We can consider a triangle consisting of three points that are not collinear. All triangle vertices are called coplanar.
<h3>Learn more</h3>
- Which points are coplanar and noncollinear? brainly.com/question/4165000
- What are the names of three collinear points? brainly.com/question/5191341
- Comparing collinear points and coplanar points. brainly.com/question/1593959
- Which defines a Line segment? brainly.com/question/909890
Keywords: fill in the blank, any two points are collinear, no, sometimes, connect them, straight line, at least, a planar surface, three points, not, a triangle, vertices, coplanar,
