Bearing is a topic that deals with the <em>distance</em> and<em> location</em> of a given object with respect to a <u>reference</u> point. Thus in the given question, the ship is <u>57.23 km</u> to the yacht.
<em>Bearing</em> is a topic that considers the <u>distance</u> and <u>position</u> of a given object with respect to a<em> reference</em> point. Thus the <u>angles</u> are usually measured with <em>reference</em> to the north pole.
Thus to solve the given question, let the required <em>distance</em> be represented by x.
Applying the <em>cosine rule</em>, we have;
= + - 2ab Cos C
The angle C between the line from <u>ship to tugboat</u> and from <u>tugboat to yacht</u> can be determined as;
C = +
C =
Thus,
= + + 2(36 x 27) Cos
= 1296 + 729 + 1944(0.6429)
= 2025 + 1249.8
= 3274.8
c =
= 57.2259
c = 57.23
Therefore, the <em>distance</em> from the ship to the yacht is <u>57.23 km</u>.
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Answer:
AB ≈ 5.6 cm
Step-by-step explanation:
Using the cosine ratio in the right triangle
cos62° = = = ( multiply both sides by 12 )
12 × cos62° = AB , thus
AB ≈ 5.6 cm ( to 1 dec. place )
1) 320in
2) 384yd
3)73.4yd
I think
The answer is g = 2a / h - f
Hope this helps! ☺♥
Answer:2
Step-by-step explanation:y = 0 : 0 = -2x + 4 → x = -2 is the x-intercept. Similarly, when the line crosses the y-axis, the x-coordinate at this point will be zero and substituting x = 0 into the equation will give us the y-intercept. x = 0 : y = 0 + 4 → y = 4 is the y-intercept.