a/c=pi/2 (150m)+100m=335.62. When calculating the distance from a to c, where does the pi/2 comes from New b Search b Answe b Answe C Solved ▸ (188) ► FMovie ▸ (143) b Search b Arx G velocit ▸ (188) G A robo G diameM Uh-oh b da/c=| +✰ bartleby.com/solution-answer/chapter-115-problem-11140p-vector-mechanics-for-engineers-dynamics-11th-edition/9780077687342/a-motorist-starts-from-rest-at-point-a-on-a-... Q统一身份认证 → College Physics II-... ►▸ (66) The Best of So... ▸ (62) Como foi meu...YouTube▸ (87) Stanford Comp...M GmailElectric Charges An...Homework help starts here!← Vector Mechanics fo... 11th EditionType here to search[For a uniformly accelerated motion,v² = v² + 2a (x − xo)In above equation,v - End velocityvo - Start velocitya - Accelerationx - End positionco - Start positionCalculation:Convert,v = 100 km/h = 27.78 m/sFind the total distance from point A to C,dac = (150 m) + 100 m = 335.62 mFind the tangential component of the acceleration,From point A to C,Chapter 11.5, Problem 11.140Pv = v + 2a (dac)(27.78 m/s)² = 0+2a+ (335.62 m)at = 1.1497 m/s²(188)(74) 1- Introduction... ▸ (75) Introduction to...ASK AN EXPERTCHAT83%内存占用√x MATH SOLVER口 G4) ENG1:47 AM4/20/2023X⠀1 b da/c=| +New b Search b Answe b Answe C Solved ▸ (188) ► FMovi ▸ (143) b Search b Arx G velocit ▸ (188) G A robo G diame✰ bartleby.com/solution-answer/chapter-115-problem-11140p-vector-mechanics-for-engineers-dynamics-11th-edition/9780077687342/a-motorist-starts-from-rest-at-point-a-on-a-... QCollege Physics II-... ►▸ (66) The Best of So... ▸ (62) Como foi meu...▸ (87) Stanford Comp...M GmailYouTubebartlebyElectric Charges An... ⑤ 统一身份认证Homework help starts here!DYNAMICSType here to searchBUYChapte...?Vector Mechanics fo...11th EditionISBN: 9780077687342Author: Ferdinand P.Beer, E. Russell JohnstonJr., Phillip J. Cornwell,Brian SelfPublisher: McGraw-HillEducationSection...Problem 11.140P: A motorist...Engineering Mechanical Engineering » Vector Mecha... » A motorist starts from rest at point A on a circular entrance ramp when t = 0, increases the speed of her automobile at a constant rate, and ...|||See similar textbooksConcept explainersTETTlearnwriteTextbook QuestionplusFig. P11.140study resources150 m(188) M Uh-oh(74) 1- Introduction... ▸ (75) Introduction to...B100 m-ASK AN EXPERTChapter 11.5, Problem 11.140PA motorist starts from rest at point A on a circular entrance ramp when t = 0, increases the speed of her automobileat a constant rate, and enters the highway at point B. Knowing that her speed continues to increase at the same rateuntil it reaches 100 km/h at point C, determine (a) the speed at point B, (b) the magnitude of the total accelerationwhen t = 20 s.CHAT8%CPU★ EVX MATH SOLVERSAVEa4) ENG1:47 AM4/20/2023GXGA1

Question

a/c=pi/2 (150m)+100m=335.62. When calculating the distance from a to c, where does the pi/2 comes from New b Search b Answe b Answe C Solved ▸ (188) ► FMovie ▸ (143) b Search b Arx G velocit ▸ (188) G A robo G diameM Uh-oh b da/c=| +✰ bartleby.com/solution-answer/chapter-115-problem-11140p-vector-mechanics-for-engineers-dynamics-11th-edition/9780077687342/a-motorist-starts-from-rest-at-point-a-on-a-... Q统一身份认证 → College Physics II-... ►▸ (66) The Best of So... ▸ (62) Como foi meu...YouTube▸ (87) Stanford Comp...M GmailElectric Charges An...Homework help starts here!← Vector Mechanics fo... 11th EditionType here to search[For a uniformly accelerated motion,v² = v² + 2a (x − xo)In above equation,v - End velocityvo - Start velocitya - Accelerationx - End positionco - Start positionCalculation:Convert,v = 100 km/h = 27.78 m/sFind the total distance from point A to C,dac = (150 m) + 100 m = 335.62 mFind the tangential component of the acceleration,From point A to C,Chapter 11.5, Problem 11.140Pv = v + 2a (dac)(27.78 m/s)² = 0+2a+ (335.62 m)at = 1.1497 m/s²(188)(74) 1- Introduction... ▸ (75) Introduction to...ASK AN EXPERTCHAT83%内存占用√x MATH SOLVER< PREVIOUSNEXT >口 G4) ENG1:47 AM4/20/2023X⠀>>1 b da/c=| +New b Search b Answe b Answe C Solved ▸ (188) ► FMovi ▸ (143) b Search b Arx G velocit ▸ (188) G A robo G diame✰ bartleby.com/solution-answer/chapter-115-problem-11140p-vector-mechanics-for-engineers-dynamics-11th-edition/9780077687342/a-motorist-starts-from-rest-at-point-a-on-a-... QCollege Physics II-... ►▸ (66) The Best of So... ▸ (62) Como foi meu...▸ (87) Stanford Comp...M GmailYouTubebartlebyElectric Charges An... ⑤ 统一身份认证Homework help starts here!DYNAMICSType here to searchBUYChapte...?Vector Mechanics fo...11th EditionISBN: 9780077687342Author: Ferdinand P.Beer, E. Russell JohnstonJr., Phillip J. Cornwell,Brian SelfPublisher: McGraw-HillEducationSection...Problem 11.140P: A motorist...Engineering >> Mechanical Engineering » Vector Mecha... » A motorist starts from rest at point A on a circular entrance ramp when t = 0, increases the speed of her automobile at a constant rate, and ...|||See similar textbooksConcept explainersTETTlearnwriteTextbook QuestionplusFig. P11.140study resources150 m(188) M Uh-oh(74) 1- Introduction... ▸ (75) Introduction to...B100 m-ASK AN EXPERTChapter 11.5, Problem 11.140PA motorist starts from rest at point A on a circular entrance ramp when t = 0, increases the speed of her automobileat a constant rate, and enters the highway at point B. Knowing that her speed continues to increase at the same rateuntil it reaches 100 km/h at point C, determine (a) the speed at point B, (b) the magnitude of the total accelerationwhen t = 20 s.CHAT8%CPU★ EVX MATH SOLVERSAVEa4) ENG1:47 AM4/20/2023GXGA1

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