Applying the distance formula, the lengths of the segments are:
WX= √26 = 5.1 units
YZ = √26 = 5.1 units
XY = √26 = 5.1 units
WZ = √26 = 5.1 units
WY = √26 = 5.1 units
XZ = √52 = 7.2 units
<h3>The Distance Formula</h3>
The distance formula, , can be used to find the distance between two endpoints of a segment.
Given:
- W(-4, -3)
- X(1, -2)
- Y(2, -7)
- Z(-3, -8)
Find WX:
Let:
W(-4, -3) = (x1, y1)
X(1, -2) = (x2, y2)
Plug in the values into the distance formula:
Following the same steps, using the distance formula, the following lengths would be calculated as follows:
YZ = √26 = 5.1 units
XY = √26 = 5.1 units
WZ = √26 = 5.1 units
WY = √26 = 5.1 units
XZ = √52 = 7.2 units
Learn more about distance formula on:
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Answer:
Step-by-step explanation:
400 meters/54 seconds = 7.407 meters per second. when rounded to the nearest 10th you would get 7.4
Answer - 7.4
The average rate of change, is pretty much just the "slope" of the graph, therefore since we know that when n = 2, y = 9, notice the point (2,9), and when n = 4, y = 1, notice the point (4,1), thus
N+1
Ex: A square pyramid has 5 faces, the base of the square pyramid has 4 sides.
4+1=5
53
when the first decimal number is 4 or below, then you leave the whole number as it is, and get rid of the decimals.