There are two trees that will anchor the start and end of the zip line. Each tree is about 40 feet tall. The trees are 130 feet apart. Chantal wants to start the zip line 25 feet high in one tree and end it 10 feet high in the other tree. Is the difference in height sufficient to meet the slope constraint? Use specific numbers from the situation to justify or refute whether Chantal's design meets the slope constraint. Layout of Trees: 40 ft 130 ft You and Chantal researched how to build a zip line. There are four basic constraints for your design: Slope Constraint: The slope of the zip line should be feet of vertical change for every 100 feet of horizontal change. Slack Constraint: The zip line should have 59 feet of slack in it. There are two trees that will anchor the start and end of the zip line. Each tree is about 40 feet tall. The trees are 130 feet apart. Chantal wants to start the zip line 25 feet high in one tree and end it 10 feet high in the other tree. Is the difference in height sufficient to meet the slope constraint