The interior angles of the triangle of 61°, 73°, and 46°, and the distance from James to Hadley of 15 meters gives;
- Gwen to Hadley ≈ 18.24 meters
- Gwen to James ≈ 19.94 meters
<h3>How can the distances between the students be found?</h3>
The given angles are;
At James's location; 61°
At Hadley's location; 73°
At Gwen's location; 46°
The distance between James and Hadley = 15 meters
The angle facing the distance between James and Hadley is the angle at Gwen, 46°
The angle facing the distance between Gwen and James is the angle at Hadley, 73°
The angle facing the distance between Gwen and Hadley is the angle at James, 61°
The angle that faces the 15 meter length is the angle at Gwen, which is 46°
By the rule of sines, the distance from Gwen to Hadley is therefore;

Which gives;

- Gwen to Hadley ≈ 18.24 meters
Similarly, we have;

Therefore;

- Gwen to James ≈ 19.94 meters
Learn more about the rule of sines here:
brainly.com/question/4372174
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Answer:
again i can not see the given point
Step-by-step explanation:
Answer:
The distance between point M and point L is 8
Step-by-step explanation:
The given points on the coordinate are M = (- 2, 4) and L = (4, - 1)
The formula for determining the distance between two points is expressed as
d = √(x2 - x1)^2 + (y2 - y1)^2
Where
y2 = final value of y = - 1
y1 = initial value of y = 4
x2 = final value of x = 4
x1 = initial value of x = - 2
Therefore,
d = √(4 - - 2)^2 + (- 1 - 4)^2
d = √6^2 + (-5)^2
d = √36 + 25
d = √61 = 8
The answer is <span>B. 670
</span>
The mean average (X) is sum (s) of the values divided by the number of values n:
X = s / n
X = 83.750
n = 8
s = ?
s = X * n
s = 83.750 * 8 = 670
Yeah i think so because
5-2=3
3+2=3
?
70-20=50
50+20=70
idek