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hsmLv1
4 Aug 2022
The equation below gives the height $h$ of a passenger on a Ferris wheel at any time t during the ride to be
where h is given in feet and t is given in minutes. Use this equation to find the times at which a passenger will be 110 feet above the ground during the first revolution. Round your answers to the nearest tenth of a minute. Use your graphing calculator to graph the function and verify your answers. (Enter your answers as a comma-separated list.)
t = _______ min
The equation below gives the height $h$ of a passenger on a Ferris wheel at any time t during the ride to be
where h is given in feet and t is given in minutes. Use this equation to find the times at which a passenger will be 110 feet above the ground during the first revolution. Round your answers to the nearest tenth of a minute. Use your graphing calculator to graph the function and verify your answers. (Enter your answers as a comma-separated list.)
t = _______ min
Read by 2 people
4 Aug 2022