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AutoSave ff Meyer_Lauren A802 - Search Lulu M LM File Home Insert Draw Page Layout Formulas Data Review View Developer Help A Share O Comments Insert v Σ - 11 Calibri A^ A° 22 Wrap Text Number EX Delete v Conditional Format as Table v Paste Cell Sort & Find & Ideas BIU v Merge & Center v $ - % 9 o8 8 Format v Formatting Styles v Filter v Select v Clipboard Font Alignment Number Styles Cells Editing Ideas M28 fx 2740.69 D 26 27 7p v1 ka kb The 3.1 m/s motion of a freely coasting tank car is momentarily stopped by a spring bumper comprised of two un-compressed springs arranged end-to-end as shown having spring constants kA = 9600 N/mm and kB = 20160 N/mm. The total compression at the instant the tank car stops is 3.1 9600 20160 0.45 0.45 m. Determine the mass of the tank car in kg. 28 29 sheet1 Ready EO 172% 9:17 PM O Type here to search ツ 3/26/2020 X. 21 エ

AutoSave ff Meyer_Lauren A802 - Search Lulu M LM File Home Insert Draw Page Layout Formulas Data Review View Developer Help A Share O Comments Insert v Σ - 11 Calibri A^ A° 22 Wrap Text Number EX Delete v Conditional Format as Table v Paste Cell Sort & Find & Ideas BIU v Merge & Center v $ - % 9 o8 8 Format v Formatting Styles v Filter v Select v Clipboard Font Alignment Number Styles Cells Editing Ideas M28 fx 2740.69 D 26 27 7p v1 ka kb The 3.1 m/s motion of a freely coasting tank car is momentarily stopped by a spring bumper comprised of two un-compressed springs arranged end-to-end as shown having spring constants kA = 9600 N/mm and kB = 20160 N/mm. The total compression at the instant the tank car stops is 3.1 9600 20160 0.45 0.45 m. Determine the mass of the tank car in kg. 28 29 sheet1 Ready EO 172% 9:17 PM O Type here to search ツ 3/26/2020 X. 21 エ

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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AutoSave ff Meyer_Lauren A802 - Search Lulu M LM File Home Insert Draw Page Layout Formulas Data Review View Developer Help A Share O Comments Insert v Σ - 11 Calibri A^ A° 22 Wrap Text Number EX Delete v Conditional Format as Table v Paste Cell Sort & Find & Ideas BIU v Merge & Center v $ - % 9 o8 8 Format v Formatting Styles v Filter v Select v Clipboard Font Alignment Number Styles Cells Editing Ideas M28 fx 2740.69 D 26 27 7p v1 ka kb The 3.1 m/s motion of a freely coasting tank car is momentarily stopped by a spring bumper comprised of two un-compressed springs arranged end-to-end as shown having spring constants kA = 9600 N/mm and kB = 20160 N/mm. The total compression at the instant the tank car stops is 3.1 9600 20160 0.45 0.45 m. Determine the mass of the tank car in kg. 28 29 sheet1 Ready EO 172% 9:17 PM O Type here to search ツ 3/26/2020 X. 21 エ
Transcribed Image Text:AutoSave ff Meyer_Lauren A802 - Search Lulu M LM File Home Insert Draw Page Layout Formulas Data Review View Developer Help A Share O Comments Insert v Σ - 11 Calibri A^ A° 22 Wrap Text Number EX Delete v Conditional Format as Table v Paste Cell Sort & Find & Ideas BIU v Merge & Center v $ - % 9 o8 8 Format v Formatting Styles v Filter v Select v Clipboard Font Alignment Number Styles Cells Editing Ideas M28 fx 2740.69 D 26 27 7p v1 ka kb The 3.1 m/s motion of a freely coasting tank car is momentarily stopped by a spring bumper comprised of two un-compressed springs arranged end-to-end as shown having spring constants kA = 9600 N/mm and kB = 20160 N/mm. The total compression at the instant the tank car stops is 3.1 9600 20160 0.45 0.45 m. Determine the mass of the tank car in kg. 28 29 sheet1 Ready EO 172% 9:17 PM O Type here to search ツ 3/26/2020 X. 21 エ
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