Mathematics, 05.03.2021 19:30 joejoefofana
A ring buoy is dropped into the water at t=0 seconds. The buoy's height h relative to the water surface in feet is modeled by the quadratic function h(t)=2(2t−1)(2t−3). The graph of h(t) is given below, with the water surface at h=0.
A function is graphed on a two quadrant coordinate plane. The horizontal t-axis goes from 0 to 2.5 in increments of 0.5 and the vertical h of t-axis goes from negative 3 to 7 in increments of 2. From left to right, a curve starts at (0, 6), falls at a decreasing rate, passing through (0.5, 0), reaches a minimum at (1, negative 2), rises, and ends at (1.5, 0). All points are plotted and labeled. All coordinates are approximate.
Which of the following statements is a correct description based on the graph of h(t)?
The buoy is on the water surface at t=6 seconds.
The buoy reaches its deepest point of 1 foot underwater at t=2 seconds.
The buoy hits the water surface at t=0.5 seconds.
The buoy is dropped from 1.5 feet above the water level.
Answers: 3
Mathematics, 22.06.2019 00:00, sydneydavis57
Technicians have installed a center pivot, circular irrigator for a farm that covers 25 acres. a.) how long is the irrigation boom (in feet) from the center pivot to its farthest extent? b.) if the irrigation boom makes 4 full revolutions in a day, how many miles does the end of the boom travel in 5 days?
Answers: 1
Mathematics, 22.06.2019 00:30, sadcase85
Astrid spent $36 on new shoes. this was $12 less than twice what she spent on a new skirt. part a: which equation would solve for how much she spent on the skirt? part b: solve the equation in the workspace provided below. how much did astrid spend on her skirt?
Answers: 1
A ring buoy is dropped into the water at t=0 seconds. The buoy's height h relative to the water surf...
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