When estimating distances from a table of velocity data, it is not necessary that the time intervals are equallyspaced. After a space ship is launched, the following velocity data is obtained. Use these data to estimate theheight above the Earth's surface at 121 seconds.t (sec)v (ft/s)V1430817374235064810566013206515551214187lower estimate of distance traveled =milesupper estimate of distance traveled =milesReport answers accurate to 1 places. This is not meant to be a trick question...be careful of the UNITS!Question Help: Message instructor

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When estimating distances from a table of velocity data, it is not necessary that the time intervals are equally spaced. After a space ship is launched, the following velocity data is obtained. Use these data to estimate the height above the Earth's surface at 121 seconds. t (sec) v (ft/s)

When estimating distances from a table of velocity data, it is not necessary that the time intervals are equally spaced. After a space ship is launched, the following velocity data is obtained. Use these data to estimate the height above the Earth's surface at 121 seconds. t (sec) v (ft/s)

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter7: Analytic Trigonometry

Section7.6: The Inverse Trigonometric Functions

Problem 94E

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Question

When estimating distances from a table of velocity data, it is not necessary that the time intervals are equally
spaced. After a space ship is launched, the following velocity data is obtained. Use these data to estimate the
height above the Earth's surface at 121 seconds.
t (sec)
v (ft/s)
V
14
308
17
374
23
506
48
1056
60
1320
65
1555
121
4187
lower estimate of distance traveled =
miles
upper estimate of distance traveled =
miles
Report answers accurate to 1 places. This is not meant to be a trick question...be careful of the UNITS!
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When estimating distances from a table of velocity data, it is not necessary that the time intervals are equally spaced. After a space ship is launched, the following velocity data is obtained. Use these data to estimate the height above the Earth's surface at 123 seconds. t (sec) v (ft/s) 13 286 17 374 25 550 46 1012 60 1320 74 1978 123 4281 lower estimate of distance traveled = miles %3D upper estimate of distance traveled = miles
When estimating distances from a table of velocity data, it is not necessary that the time intervals are equally spaced. After a space ship is launched, the following velocity data is obtained. Use these data to estimate the height above the Earth's surface at 116 seconds. t (sec) v (ft/s) 110 17 374 19 418 41 902 60 1320 70 1790 116 3952 lower estimate of distance traveled = 250490 X miles upper estimate of distance traveled = | 250490 x miles Report answers accurate to 1 places. This is not meant to be a trick question...be careful of the UNITS! Submit Question Jump to Answer
When estimating distances from a table of velocity data, it is not necessary that the time intervals are equally spaced. After a space ship is launched, the following velocity data is obtained. Use these data to estimate the height above the Earth's surface at 117 seconds. t (sec) v (ft/s) 176 17 374 22 484 44 968 60 1320 74 1978 117 3999 lower estimate of distance traveled = miles upper estimate of distance traveled = miles Report answers accurate to 1 places. This is not meant to be a trick question...be careful of the UNITS!
When estimating distances from a table of velocity data, it is not necessary that the time intervals are equally spaced. After a space ship is launched, the following velocity data is obtained, Use these data to estimate the height above the Earth's surface at 121 seconds. v (ft/s) 154 17 374 25 550 47 1034 60 1320 74 1978 121 4187 lower estimate of distance traveled = miles miles upper estimate of distance traveled = Report answers accurate to 1 places. This is not meant to be a trick question...be careful of the UNITS!