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A Stone Is Thrown Straight Up from the Roof of an 48-Ft

Question 47

Multiple Choice

A stone is thrown straight up from the roof of an 48-ft building. The distance (in feet) of the stone from the ground at any time t (in seconds) is given by A stone is thrown straight up from the roof of an 48-ft building. The distance (in feet) of the stone from the ground at any time t (in seconds) is given by . ​Sketch the graph of h. When is the stone rising, and when is it falling? If the stone were to miss the building, when would it hit the ground? ​ A) ​ Rising in the time interval (0, 1) ; falling in the time interval (1, 3) ; when t = 3 sec B) ​ Rising in the time interval (0, 1) ; falling in the time interval (1, 3) ; when t = 3 sec C) ​ Rising in the time interval (3, -1) ; falling in the time interval (-1, 1) ; when t = 1 sec . ​Sketch the graph of h. When is the stone rising, and when is it falling? If the stone were to miss the building, when would it hit the ground?
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A) ​ A stone is thrown straight up from the roof of an 48-ft building. The distance (in feet) of the stone from the ground at any time t (in seconds) is given by . ​Sketch the graph of h. When is the stone rising, and when is it falling? If the stone were to miss the building, when would it hit the ground? ​ A) ​ Rising in the time interval (0, 1) ; falling in the time interval (1, 3) ; when t = 3 sec B) ​ Rising in the time interval (0, 1) ; falling in the time interval (1, 3) ; when t = 3 sec C) ​ Rising in the time interval (3, -1) ; falling in the time interval (-1, 1) ; when t = 1 sec Rising in the time interval (0, 1) ; falling in the time interval (1, 3) ; when t = 3 sec
B) ​ A stone is thrown straight up from the roof of an 48-ft building. The distance (in feet) of the stone from the ground at any time t (in seconds) is given by . ​Sketch the graph of h. When is the stone rising, and when is it falling? If the stone were to miss the building, when would it hit the ground? ​ A) ​ Rising in the time interval (0, 1) ; falling in the time interval (1, 3) ; when t = 3 sec B) ​ Rising in the time interval (0, 1) ; falling in the time interval (1, 3) ; when t = 3 sec C) ​ Rising in the time interval (3, -1) ; falling in the time interval (-1, 1) ; when t = 1 sec Rising in the time interval (0, 1) ; falling in the time interval (1, 3) ; when t = 3 sec
C) ​ A stone is thrown straight up from the roof of an 48-ft building. The distance (in feet) of the stone from the ground at any time t (in seconds) is given by . ​Sketch the graph of h. When is the stone rising, and when is it falling? If the stone were to miss the building, when would it hit the ground? ​ A) ​ Rising in the time interval (0, 1) ; falling in the time interval (1, 3) ; when t = 3 sec B) ​ Rising in the time interval (0, 1) ; falling in the time interval (1, 3) ; when t = 3 sec C) ​ Rising in the time interval (3, -1) ; falling in the time interval (-1, 1) ; when t = 1 sec Rising in the time interval (3, -1) ; falling in the time interval (-1, 1) ; when t = 1 sec

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