Rounding 5,382,619 to the nearest 100,000
2 answers:
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Answer:
Step-by-step explanation:
The first thing we should do is to calculate the distance AB
To do that we must khow the coordinates of the vector AB
- Vector AB(6-(-6)),-7-9)⇒ Vector AB (12, -16)
- So the distance AB =
= 20
- now 20 to the ratio of 2:6
- add 2 and 6 2+6=8
- divide 20 by 8 20/8=2.5
- multiplay 2.5 by 2 and 6 2.5*2=5 and 2.5*6= 15
- so the point (3, -3) can satisfy this ration
- if we calculate the remaining distance we find 5 and 15