THIRD TIME I ASKED n object was shot up into the air with an initial vertical speed of 544 feet per second. Its height as time passes can be modeled by the quadratic equation y = -16t^2+ 544+. Here t represents the number of seconds since the object's release, and y represents the objects height in feet a. After (blank), this object reached its maximum height of (blank)

b. This object flew for (blank) before it landed on the ground.

c. This object was (blank) in the air 22 s after its release.

d. This object was 3600 ft high at two times: once (blank) after it's release, and again later (blank) after it's release. ​

In new york city at the spring equinox there are 12 hours 8 minutes of daylight. the longest and shortest days of the year very by two hours and 53 minutes from the equinox in this year the equinox falls on march 21 in this task you use trigonometric function to model the hours of daylight hours on certain days of the year in new york city a. what is the independent and dependent variables? b. find the amplitude and the period of the function. c. create a trigonometric function that describes the hours of sunlight for each day of the year. d. graph the function you build in part c. e. use the function you build in part c to find out how many fewer daylight hours february 10 will have than march 21. you may look at the calendar.