An object is dropped from the roof of a high-rise building at a distance of 130 m. Prepare a table similar to Table 8.3 showing the speed and acceleration of the object and the distance travelled by the object as a function of time. Speed, Acceleration, and Distance Traveled by a Falling Object Neglecting the Air Resistance TABLE 8.3 Distance Traveled (m) d =gt Acceleration of the Speed of the Falling Time (seconds) Object (m/s²) Object (m/s) (V = gt) 9.81 1 9.81 9.81 4.90 2 9.81 19.62 19.62 3 9.81 29.43 44.14 4 9.81 39.24 78.48 9.81 49.05 122.62 6. 9.81 58.86 176.58
An object is dropped from the roof of a high-rise building at a distance of 130 m. Prepare a table similar to Table 8.3 showing the speed and acceleration of the object and the distance travelled by the object as a function of time. Speed, Acceleration, and Distance Traveled by a Falling Object Neglecting the Air Resistance TABLE 8.3 Distance Traveled (m) d =gt Acceleration of the Speed of the Falling Time (seconds) Object (m/s²) Object (m/s) (V = gt) 9.81 1 9.81 9.81 4.90 2 9.81 19.62 19.62 3 9.81 29.43 44.14 4 9.81 39.24 78.48 9.81 49.05 122.62 6. 9.81 58.86 176.58
Engineering Fundamentals: An Introduction to Engineering (MindTap Course List)
5th Edition
ISBN:9781305084766
Author:Saeed Moaveni
Publisher:Saeed Moaveni
Chapter8: Time And Time-related Variables In Engineering
Section: Chapter Questions
Problem 39P
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Solve Problem 8.37 for a situation in which the object is given an initial vertical upward velocity of 1.2 m/s. Again, prepare a table similar to Table 8.3 showing the speed and acceleration of the object and the distance travelled by the object as a function of time.
Transcribed Image Text:An object is dropped from the roof of a
high-rise building at a distance of 130 m.
Prepare a table similar to Table 8.3 showing
the speed and acceleration of the object
and the distance travelled by the object as a
function of time.
Transcribed Image Text:Speed, Acceleration, and Distance Traveled by a Falling Object
Neglecting the Air Resistance
TABLE 8.3
Distance Traveled (m)
d =gt
Acceleration of the
Speed of the Falling
Time (seconds)
Object (m/s²)
Object (m/s) (V = gt)
9.81
1
9.81
9.81
4.90
2
9.81
19.62
19.62
3
9.81
29.43
44.14
4
9.81
39.24
78.48
9.81
49.05
122.62
6.
9.81
58.86
176.58
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