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An Object Is Thrown Upward from a Height of 8

Question 420

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An object is thrown upward from a height of 8 feet at a velocity of 72 feet per second. Use the position equation s = -16t2 + v0t + s0 to select a function that represents the situation and select the graph of the function.
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A) ​ s = -16t2 - 72t + 8​ An object is thrown upward from a height of 8 feet at a velocity of 72 feet per second. Use the position equation s = -16t<sub>2</sub> + v<sub>0</sub>t + s<sub>0</sub> to select a function that represents the situation and select the graph of the function. ​ A) ​ s = -16t<sup>2</sup> - 72t + 8​ B) ​ s = -16t<sup>2</sup> + 72t​ C) ​ s = -16t<sup>2</sup> + 72t - 8​ ​ D) s = -16t<sup>2</sup> + 72t + 8​ E) ​ s = -16t<sup>2</sup> - 72t - 8​
B) ​ s = -16t2 + 72t​ An object is thrown upward from a height of 8 feet at a velocity of 72 feet per second. Use the position equation s = -16t<sub>2</sub> + v<sub>0</sub>t + s<sub>0</sub> to select a function that represents the situation and select the graph of the function. ​ A) ​ s = -16t<sup>2</sup> - 72t + 8​ B) ​ s = -16t<sup>2</sup> + 72t​ C) ​ s = -16t<sup>2</sup> + 72t - 8​ ​ D) s = -16t<sup>2</sup> + 72t + 8​ E) ​ s = -16t<sup>2</sup> - 72t - 8​
C) ​ s = -16t2 + 72t - 8​ An object is thrown upward from a height of 8 feet at a velocity of 72 feet per second. Use the position equation s = -16t<sub>2</sub> + v<sub>0</sub>t + s<sub>0</sub> to select a function that represents the situation and select the graph of the function. ​ A) ​ s = -16t<sup>2</sup> - 72t + 8​ B) ​ s = -16t<sup>2</sup> + 72t​ C) ​ s = -16t<sup>2</sup> + 72t - 8​ ​ D) s = -16t<sup>2</sup> + 72t + 8​ E) ​ s = -16t<sup>2</sup> - 72t - 8​ ​
D) s = -16t2 + 72t + 8​ An object is thrown upward from a height of 8 feet at a velocity of 72 feet per second. Use the position equation s = -16t<sub>2</sub> + v<sub>0</sub>t + s<sub>0</sub> to select a function that represents the situation and select the graph of the function. ​ A) ​ s = -16t<sup>2</sup> - 72t + 8​ B) ​ s = -16t<sup>2</sup> + 72t​ C) ​ s = -16t<sup>2</sup> + 72t - 8​ ​ D) s = -16t<sup>2</sup> + 72t + 8​ E) ​ s = -16t<sup>2</sup> - 72t - 8​
E) ​ s = -16t2 - 72t - 8​ An object is thrown upward from a height of 8 feet at a velocity of 72 feet per second. Use the position equation s = -16t<sub>2</sub> + v<sub>0</sub>t + s<sub>0</sub> to select a function that represents the situation and select the graph of the function. ​ A) ​ s = -16t<sup>2</sup> - 72t + 8​ B) ​ s = -16t<sup>2</sup> + 72t​ C) ​ s = -16t<sup>2</sup> + 72t - 8​ ​ D) s = -16t<sup>2</sup> + 72t + 8​ E) ​ s = -16t<sup>2</sup> - 72t - 8​

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