On a clear summer day at the beach, a lifeguard sees Cameron swimming toward a buoy. He estimates that Cameron is about 60 meters from the buoy. The angle of depression from the lifeguard to the buoy is 12°, and the angle of depression from the lifeguard to Cameron is 42°. What will be the total distance that the lifeguard will need to travel down the tower and then swim to get to Cameron? Round your answer to the nearest meter. Type in all steps to get full credit for this question. You need to use Algebra "Solve system of equations by Substitution"

Titus works at a hotel. part of his job is to keep the complimentary pitcher of water at least half full and always with ice. when he starts his shift, the water level shows 4 gallons, or 128 cups of water. as the shift progresses, he records the level of the water every 10 minutes. after 2 hours, he uses a regression calculator to compute an equation for the decrease in water. his equation is w –0.414t + 129.549, where t is the number of minutes and w is the level of water. according to the equation, after about how many minutes would the water level be less than or equal to 64 cups?