When estimating distances from a table of velocity data, it is not necessary that the time intervals areequally spaced. After a space ship is launched, the following velocity data is obtained. Use these data toestimate the height above the Earth's surface at 126 seconds.t (sec) v (ft/s)1328617374235064610126013206917431264422lower estimate of distance traveled =milesupper estimate of distance traveled =miles

Distance is a numerical measurement of how far apart objects or points are. In physics or everyday…

Answered: When estimating distances from a table…

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter7: Analytic Trigonometry

Section7.6: The Inverse Trigonometric Functions

Problem 91E

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Use the table of values you made in part 4 of the example to find the limiting value of the average rate of change in velocity.
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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 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! Question Help: Message instructor
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 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 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!
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. lower estimate of distance traveled = t (sec) v (ft/s) 0 0 14 308 17 374 21 462 38 836 60 1320 74 1978 123 4281 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 119 seconds. t (sec) v (ft/s) 0 0 13 286 17 374 23 506 42 924 60 1320 67 1649 119 4093 upper estimate of distance traveled =
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 122 seconds. t (sec) v (ft/s) 0 0 14 308 17 374 22 484 35 770 60 1320 64 1508 122 4234 lower estimate of distance traveled = milesupper estimate of distance traveled = miles
The accompanying table shows eleven altitudes (in thousands of feet) and the speeds of sound (in feet per second) at these altitudes. Complete parts (a) through (d) below. Altitude, x Speed of sound, y0 1117.35 1096.710 1076.315 1057.720 1037.825 1015.130 995.335 970.640 967.945 967.950 967.9 (b) Calculate the sample correlation coefficient r. (c) Describe the type of correlation, if any, and interpret the correlation in the context of the data. (d) Use the table of critical values for the Pearson correlation coefficient to make a conclusion about the correlation coefficient. Let α=0.01.

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