How to solve for no. 2 and 4? of 9Use the Law of Cosines in solving the following word problems. Basic diagrams are provided as guide.Round off your answers to the nearest tenth.A luxurious yacht leaves the Port of Manila, cruises 10 miles, then turns 20°clockwise. The yacht then cruises another 8 miles and stops at the middle ofManila Bay. There is a party going on in the yacht. A notorious social climberdesperately wants to attend the party. Unfortunately, caught in Manila traffic,she arrives at the port late and sees that the yacht is already out in the sea.She immediately looks for transport to bring her to the yacht but the only craftavailable for hire is a non-motorized banca, and she wastes no time hiring it.Find the distance the banca of the social climber has to navigate from the port1.to the yacht.Starting at point A, a ship sails 18.5 km on a bearing of 189°, then turns, andsails 47.8 km on a bearing of 317°. Find the distance of the ship from point A.(Lial, Hornsby, & Schneider, 2009)The sides of a parallelogram are 5.0 dm and 7.0 dm. One angle measures 56°3.Find a) the lengths of the diagonals, and b) the area of the parallelogram.A parallelogram has sides of length 25.8 cm and 33.4 cm. The longer diagonalhas length 58.2 cm. Find the angles of the parallelogram.BA geodetic engineering student wants to find the length of a building complexfrom one side (point A) to the other (point B). He stands outside the building5.complex (at point C), where he is 50 ft. from point A and 250 ft. from pointA.B. The angle at C is 94°. Find the length of the complex.The diagram shows a vertical flagpole XW standing on a horizontal ground,with W, Y, and Z as points on the ground. Calculate the angle of elevation ofthe flag (X) from Z given XZ =9.5 m, Y Z=6 m, and XY = 15 m.6.WY1:45 PM06/05/20222.4.

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We have to find the distance of ship from A.
 
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Starting at point A, a ship sails 18.5 km on a bearing of 189°, then turns, and sails 47.8 km on a bearing of 317°. Find the distance of the ship from point A. (Lial, Hornsby, & Schneider, 2009) 2.