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
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The question or the problem wants to choose among the following expression is the largest, base on the data presented in the problem, the possible answer among the following choices is C2+D2. I hope you are satisfied with my answer and feel free to ask for more
Answer:
11/25
Step-by-step explanation:
# means number
probability = # of orange marbles / # of total possible outcomes
7(red) + 3(green) + 4(blue) + 11(orange) = total possible outcomes
total possible outcomes = 25
# of orange marbles = 11
11/25; the probabilty of randomling picking an orange marble is 11/25
8+5b=c $8 a month added to $5 multiplied by amount of water bottles = the total cost a month
Answer:
rearrange to get x < -4
Step-by-step explanation: