Answer: d. GO = OD
Step-by-step explanation:
Given: Point O is between points G and D on line m.
It means that they are on same line m.
We know that collinear points are the points lie in the same line.
Hence O, G and D are collinear.
Also, coplanar points are the points lie in the same plane.
Since if three points are collinear, then they are coplanar.
Therefore, O, G and D are coplanar.
The statement which is not necessarily true is d. GO = OD because it is not given that o lies exactly middle to points G and D.
How loud is the jetski when the person is 45 feet away?
Answer
7.2593 decibels
Explanation
L ∝ 1/d² Inserting the constant of variation,
L = k/d²
k = Ld²
= 75 × 14²
= 14,700
When d = 45 feet;
L = 14,700/45²
= 14,700/2,025
= 7.2593 decibels
When the person is 45 feet away from the jetski, it is approximately 24.07 decibels loud.
We can use the inverse square law to find how loud the jetski is when the person is 45 feet away. The inverse square law states that the loudness (\(L\)) is inversely proportional to the square of the distance (\(d\)):
We are given that when the person is 14 feet away,. We can use this information to find the value of \(k\):
Now, solve for \(k\):
Now that we have the value of \(k\), we can use it to find the loudness (\(L\)) when the person is 45 feet away:
Plug in the value of \(k\) we found:
Calculate this expression to find the loudness (\(L\)) when the person is 45 feet away:
So, when the person is 45 feet away from the jetski, it is approximately 24.07 decibels loud.
Learn more about inverse square law at brainly.com/question/30562749
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a host
a facilitator
a reader
Answer:
a facilitator
Step-by-step explanation:
a.4
b.2
c.−2
d.−4
12 business class and 15 economy class
15 business class and 12 economy class
16 business class and 11 economy class
Answer: y=mx+b is the proper equation
Step-by-step explanation: