Mathematics, 06.11.2020 01:00 jaz5380
You jump off the 10-foot diving board at the local pool. You bounce up at 6 feet per
second and then drop toward the water. Your height h (in feet) above the water at
time t (in seconds) can be modeled by the function
h(t)=β16t^2+6t+10
1. Graph this function, with t on the horizontal axis. Construct a table of values
where the increments of time are tenths of a second.
2. Find the domain and range of the function. Explain your reasoning.
3. Explain why this situation is quadratic instead of linear. Give a graphical
explanation and a logical explanation.
4. Use the graph to determine the maximum height of your dive.
5. Use the graph to determine when you reach the maximum height of your dive.
6. Use the graph to determine how long it takes you to hit the water.
7. Use the Quadratic Formula to verify your answer in Exercise 6.
Answers: 3
Mathematics, 21.06.2019 16:50
If the table of the function contains exactly two potential turning points, one with an input value of β1, which statement best describes all possible values of m? m β₯ β12 β12 < m < 4 m β€ 4 m β₯ 4 or m β€ β12
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Mathematics, 22.06.2019 03:30
You work for a landscape company that just got a contract to re-mulch a park. the area that needs mulching is 30 feet by 60 feet. they want a 3 inch layer of much on the area. the company has bags of mulch that cover 2 cubic yards that cost $4.00 per bag. how much will it cost the consumer just in materials to re-mulch the area (round to the nearest dollar)?
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Mathematics, 22.06.2019 06:00
Determine the values of the variables in the parallelograms below me
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You jump off the 10-foot diving board at the local pool. You bounce up at 6 feet per
second and the...
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