The given measurements may or may not determine a triangle. If not, then state that no triangle is formed. If a triangle is form
ed, then use the Law of Sines to solve the triangle, if it is possible, or state that the Law of Sines cannot be used. B = 137°, c = 6, b = 11
1 answer:
If you're going to use technology (Brainly), you may as well use appropriate technology (a triangle solver). Many graphing calculators have this function built in.
a ≈ 5.82
A ≈ 21.2°
C ≈ 21.8°
Since the longest side (b) is opposite the given angle (B), the triangle has one solution.
.. C = arcsin(6/11*sin(137°))
.. A = 180° -137° -C
.. a = sin(A)*11/sin(137°)
a ≈ 5.82
A ≈ 21.2°
C ≈ 21.8°
Since the longest side (b) is opposite the given angle (B), the triangle has one solution.
.. C = arcsin(6/11*sin(137°))
.. A = 180° -137° -C
.. a = sin(A)*11/sin(137°)
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Answer:
neither exponential nor linear
Step-by-step explanation:
A linear relationship will show a common difference between adjacent value. Here, the first differences between the first three values are 5 and 33. They are not the same, so the relation is not linear.
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An exponential relationship will show first differences that are continuously increasing or decreasing by increasing or decreasing amounts (respectively).
As we showed, the difference between May 28 and May 27 is 33. This is more than the previous difference. However, the difference between May 30 and May 31 is only 28, which is less than a previous difference.
The relation is not exponential.
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A graph points up the non-linearity of the relation.
